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GI Pipe Weight Chart 2026 – Class A, B, C Kg/m + PDF

GI Pipe Weight Chart 2026 – Class A, B, C Kg/m + PDF

Last Updated: September 2026

The GI Pipe Weight Chart 2026 is a useful reference for contractors, engineers, fabricators, architects, procurement professionals, and buyers who need accurate information about galvanised iron pipe weight per metre. GI pipe weight is important for material estimation, transportation planning, structural load calculations, purchasing, inventory management, and project cost estimation.

GI pipes are available in different nominal sizes, outside diameters, wall thicknesses, and pipe classes. As the pipe diameter and wall thickness increase, the weight per metre generally increases. A reliable GI pipe weight chart in kg/m therefore helps users estimate the quantity and approximate weight of pipes required for a project.

This guide provides GI pipe weight for Class A, Class B and Class C; GI pipe dimensions; weight per metre; price references; calculation formulas; applications; Indian standards; and frequently asked questions.

Download the GI Pipe Weight Chart 2026 PDF.

[Download GI Pipe Weight Chart 2026] 

The PDF can be useful for contractors, engineers, procurement teams, fabricators, and buyers who need a quick reference while preparing quotations, material estimates, purchase orders, transportation plans, and project calculations.

GI Pipe Weight Chart 2026 – Class A, B, C Kg/m

GI pipe weight chart for Class A Class B and Class C in kg/m

The following reference table provides GI pipe size, outside diameter, wall thickness, and approximate weight per meter for commonly used round GI pipes.

GI Pipe Weight Chart – Round Pipes

Nominal Size Outside Diameter (mm) Wall Thickness (mm) Class A Weight (kg/m) Class B Weight (kg/m) Class C Weight (kg/m)
1/2″ 21.3 2.77 1.02 1.27 1.56
3/4″ 26.7 2.87 1.28 1.58 1.94
1″ 33.4 2.87 1.78 2.27 2.73
1 1/4″ 42.2 3.25 2.46 3.11 3.79
1 1/2″ 48.3 3.25 2.83 3.57 4.38
2″ 60.3 3.65 3.68 4.63 5.56
2 1/2″ 73.0 4.00 4.83 6.05 7.30
3″ 88.9 4.00 5.87 7.35 8.87
4″ 114.3 4.50 7.90 9.88 12.00
6″ 168.3 5.49 13.00 16.20 19.90

Note: The values above are reference values. Actual supplied pipe weights can vary according to applicable standards, manufacturing tolerances, pipe dimensions, and zinc coating. Your supplied source identifies the table as a reference for round GI pipes.

Download the GI Pipe Weight Chart 2026 PDF.

[Download GI Pipe Weight Chart 2026] 

Keep this PDF available for quick reference when comparing pipe sizes, estimating material quantities, or preparing project calculations.

GI Pipe Price Per Kg & Price Per Meter 2026

 

GI pipe prices can vary depending on several factors, including pipe size, wall thickness, pipe class, manufacturer, zinc coating, order quantity, steel market conditions, GST, freight, and delivery location.

GI pipes may be quoted on a per-kilogram, per-meter, or per-length basis. Therefore, buyers should understand the weight per meter before comparing supplier quotations.

For project estimation, the supplied reference content uses an indicative GI pipe price range of ₹65–₹82 per kg. The approximate price per meter can then be calculated using the Class B weight per metre.

GI Pipe Size Class B Weight (kg/m) Indicative Price (₹/kg) Approx. Price (₹/m)
1/2″ 1.27 ₹65–₹82 ₹82.55–₹104.14
3/4″ 1.58 ₹65–₹82 ₹102.70–₹129.56
1″ 2.27 ₹65–₹82 ₹147.55–₹186.14
1 1/4″ 3.11 ₹65–₹82 ₹202.15–₹255.02
1 1/2″ 3.57 ₹65–₹82 ₹232.05–₹292.74
2″ 4.63 ₹65–₹82 ₹300.95–₹379.66
2 1/2″ 6.05 ₹65–₹82 ₹393.25–₹496.10
3″ 7.35 ₹65–₹82 ₹477.75–₹602.70
4″ 9.88 ₹65–₹82 ₹642.20–₹810.16
6″ 16.20 ₹65–₹82 ₹1,053.00–₹1,328.40

These prices are indicative reference values, not fixed quotations. The final price should be confirmed with the supplier based on size, class, specification, quantity, GST, freight, and delivery location.

GI Pipe Price Disclaimer

GI pipe prices are subject to market fluctuations. Steel prices, manufacturer, pipe class, wall thickness, zinc coating, order quantity, GST, freight charges, and delivery location can affect the final price.

The prices shown in this article should therefore be treated as reference information only. Buyers should request a current quotation based on the required GI pipe size, class, specification, quantity, and delivery location.

What Is a GI Pipe Weight Chart?

A GI Pipe Weight Chart is a reference table showing the approximate weight of galvanised iron pipes according to nominal size, outside diameter, wall thickness, pipe class, and weight per metre.

Weight is commonly expressed in kilograms per metre (kg/m). Once the weight per metre is known, the total weight of a required pipe quantity can be calculated easily.

For example, if a GI pipe weighs 7.35 kg/m and a project requires 100 metres:

7.35 × 100 = 735 kg

Therefore, the estimated pipe weight is approximately 735 kg.

GI pipe weight charts are useful for material estimation, purchasing, transportation, structural calculations, warehouse planning, and project budgeting.

How to Read a GI Pipe Weight Chart

Understanding the main specifications makes a GI pipe weight chart easier to use.

Nominal Pipe Size

Nominal pipe size is generally expressed in inches. Common sizes include:

  • 1/2 inch
  • 3/4 inch
  • 1 inch
  • 1 1/4 inch
  • 1 1/2 inch
  • 2 inch
  • 2 1/2 inches
  • 3 inch
  • 4 inch
  • 6 inch

Outside Diameter

Outside diameter, or OD, represents the external diameter of the pipe and is generally specified in millimeters.

Wall Thickness

Wall thickness represents the thickness of the steel pipe wall. A thicker wall generally results in a higher weight per meter.

Weight Per Meter

Weight per meter is expressed in kg/m and indicates the approximate weight of one meter of pipe.

Pipe Class

The pipe class identifies a particular dimensional or weight category. Your supplied reference describes Class A, B and C as progressively different weight/wall-thickness categories.

GI Pipe Weight Calculation Formula

GI pipe weight calculation formula using OD and wall thickness

The theoretical weight of a steel pipe can be estimated from its outside diameter and wall thickness.

Formula

Weight (kg/m) = 0.02466 × WT × (OD − WT)

Where:

  • OD = Outside Diameter in mm
  • WT = Wall Thickness in mm
  • 0.02466 = Steel density conversion constant

This formula provides a theoretical estimate. The actual finished GI pipe weight can differ because of manufacturing tolerances and the zinc coating applied during galvanising.

For critical procurement requirements, buyers should verify the actual dimensions and manufacturer-certified weight.

How to Calculate Total GI Pipe Weight

The total pipe weight can be calculated using:

Total Pipe Weight = Weight Per Meter × Total Pipe Length

For example, if the GI pipe weight is 8 kg/m and the required quantity is 1,000 metres:

8 × 1,000 = 8,000 kg

Therefore:

Total estimated weight = 8,000 kg = 8 tonnes

This calculation is particularly useful for transportation planning, procurement, warehouse management, and project estimation.

How to Calculate GI Pipe Price Per Meter

When a supplier provides a price per kilogram, the approximate price per metre can be calculated using:

GI Pipe Price Per Meter = GI Pipe Weight Per Meter × Price Per Kg

Example

Suppose:

  • GI Pipe Weight = 5 kg/m
  • GI Pipe Price = ₹80/kg

Then:

5 × ₹80 = ₹400 per meter

For a 6-metre pipe:

₹400 × 6 = ₹2,400 per pipe

This is an example calculation only. Actual commercial pricing may include GST, freight, loading, unloading, cutting, packaging, and other charges.

Class A GI Pipes

Class A GI pipes are generally associated with lighter-duty applications and lower weight compared with heavier pipe classes.

Their lighter construction can be useful where lower material weight is required and the application does not demand a heavier wall thickness.

Before selecting a Class A GI pipe, users should verify the required application, pressure requirements, dimensions, and applicable product specification.

Class B GI Pipes

Class B GI pipes are commonly considered for general plumbing, water supply, construction, and engineering requirements.

They provide a practical balance between pipe weight, strength, durability, and cost for applications where the selected dimensions and specifications are appropriate.

The GI Pipe Weight Chart 2026 above provides Class B weight values in kg/m, allowing users to estimate total pipe requirements and approximate material weight.

Class C GI Pipes

Class C GI pipes are generally associated with heavier-duty requirements where greater wall thickness and higher pipe weight are required.

The higher weight should be considered when planning transportation, lifting, storage, pipe supports, and structural requirements.

The correct class should always be selected according to the application and applicable specification rather than weight alone.

GI Pipe vs MS Pipe Weight

GI pipes and MS pipes are both steel-based products, but GI pipes have a zinc coating applied through the galvanising process.

The zinc coating provides corrosion protection and can contribute to the finished weight of the galvanised pipe. Therefore, buyers should not automatically assume that the weight of a galvanised pipe will be identical to an equivalent uncoated MS pipe.

The final GI pipe weight can depend on:

  • Pipe dimensions
  • Wall thickness
  • Steel specification
  • Zinc coating
  • Manufacturing tolerance
  • Manufacturer

For large projects, even relatively small differences in weight can influence transportation and material calculations.

Indian Standards for GI Pipes

Indian standards are important when selecting GI pipes because they define relevant requirements for dimensions, manufacturing, testing, and product quality.

IS 1239 Part 1

IS 1239 Part 1 covers steel tubes and identifies classes, including Light, Medium and Heavy, with requirements relating to dimensions and mass. BIS documentation also identifies galvanised and black surface conditions within the product scope.

For procurement, the exact applicable edition and specification should be confirmed against the project requirement and supplier documentation.

IS 4736

IS 4736 is referenced in relation to zinc coating requirements for galvanised steel products. BIS laboratory documentation also references IS 4736 for uniformity of zinc coating in testing associated with IS 1239 Part 1.

IS 3589

IS 3589 covers steel pipes for water and sewage applications and may be relevant depending on the pipe type, dimensions, and intended service.

Important: The applicable Indian Standard should always be confirmed before procurement, particularly for critical engineering, water, infrastructure, or industrial projects. Your source likewise recommends verifying the applicable standard and product specification.

Factors Affecting GI Pipe Weight

Several factors can affect the final weight of a GI pipe.

Pipe Diameter

Larger pipe diameters generally require more steel material and therefore can have a higher weight per metre.

Wall Thickness

Wall thickness is one of the most important factors affecting pipe weight. A thicker wall generally increases the mass per metre.

Zinc Coating

The galvanising process adds a zinc coating to the steel surface, which contributes to the finished product.

Manufacturing Tolerances

Actual pipe dimensions can vary within permitted manufacturing tolerances, creating differences between theoretical and actual weight.

Steel Specification

The steel specification used for manufacturing can influence the product characteristics and applicable requirements.

Manufacturer

Manufacturing and galvanising practices can vary between suppliers. For important projects, manufacturer-specific technical documentation should be checked.

Applications of GI Pipe Weight Charts

A GI pipe weight chart is useful across a wide range of construction and engineering activities.

Material Estimation

Contractors can estimate the approximate total material weight required for a project.

Transportation Planning

Total pipe weight helps buyers estimate vehicle capacity and transportation requirements.

Structural Load Calculations

Engineers can consider pipe weight when calculating loads on supports, racks, hangers, and structures.

Procurement Planning

Procurement teams can compare quantities and supplier quotations more effectively when the expected pipe weight is known.

Warehouse Management

Weight information can assist with storage planning, handling equipment, racks, and floor-loading considerations.

Crane and Lifting Planning

For larger quantities or heavier pipe, estimated weight can assist with selecting appropriate lifting and handling arrangements.

GI Pipe Weight for Project Cost Estimation

GI pipe weight is also useful when suppliers quote material on a weight basis.

For example, suppose a project requires:

Required pipe weight = 5,000 kg

and the applicable rate is:

₹80/kg

Then:

5,000 × ₹80 = ₹4,00,000

Therefore, the estimated material cost is ₹4,00,000 before applicable additional charges.

The final project cost can vary after GST, transportation, loading, unloading, fabrication, packaging, and other commercial costs are included.

Benefits of Using a GI Pipe Weight Chart

Using a GI Pipe Weight Chart 2026 can provide several practical benefits:

  • Faster material estimation

  • Better transportation planning

  • Improved project budgeting

  • Easier supplier quotation comparison

  • Better inventory planning

  • Improved structural load calculations

  • More accurate procurement

  • Reduced estimation errors

  • Better lifting and handling planning

  • Improved project efficiency

A properly organized weight chart can save time during project planning and procurement.

GI Pipe Measurement and Purchase Checklist

Before purchasing GI pipes, buyers should confirm:

  • Nominal pipe size

  • Outside diameter

  • Wall thickness

  • Pipe class

  • Weight per meter

  • Pipe length

  • Galvanizing specification

  • Applicable standard

  • Manufacturer

  • Required quantity

  • Delivery location

  • Commercial terms

Providing complete technical specifications to the supplier can reduce confusion and improve quotation accuracy.

How to Choose the Right GI Pipe

GI pipe selection should be based on the application and required specification rather than weight alone.

Application

Determine whether the pipe will be used for water supply, plumbing, irrigation, construction, industrial service, fire protection, or another application.

Pressure Requirement

Consider the operating conditions and applicable specification when selecting the pipe.

Pipe Size

Select the appropriate nominal size and outside diameter according to the system requirements.

Wall Thickness

Choose the required wall thickness according to the application and applicable product specification.

Corrosion Environment

Consider the expected environmental conditions and appropriate galvanizing requirements.

Quantity

Bulk quantities may require additional transportation, storage, handling, and commercial planning.

Manufacturer Specification

For critical purchases, always review the manufacturer’s technical documentation before finalizing the order.

Frequently Asked Questions About GI Pipe Weight Chart 2026

1. What is a GI Pipe Weight Chart?

A GI Pipe Weight Chart is a reference table showing the approximate weight of galvanized iron pipes according to size, outside diameter, wall thickness, class, and weight per meter.

2. What is the weight of a 2-inch GI pipe?

The weight of a 2-inch GI pipe depends on its class and wall thickness. In the reference chart above, the Class A weight is 3.68 kg/m, Class B is 4.63 kg/m, and Class C is 5.56 kg/m.

3. How do I calculate GI pipe weight?

The theoretical weight can be estimated using:

Weight (kg/m) = 0.02466 × WT × (OD − WT)

OD is the outside diameter in millimetres and WT is wall thickness in millimetres.

4. What is the GI pipe price per kg in 2026?

There is no single fixed GI pipe price per kg. Price depends on size, class, manufacturer, zinc coating, quantity, steel market conditions, GST, freight, and delivery location. The reference pricing in this article uses ₹65–₹82/kg for estimation purposes.

5. What is the GI pipe price per meter?

GI pipe price per meter depends on the weight per meter and the applicable price per kilogram. It can be estimated using:

Price per meter = Weight per meter × Price per kg

The final supplier quotation should be confirmed before purchasing.

6. Does galvanizing increase GI pipe weight?

Yes. The zinc coating applied during galvanizing contributes to the finished pipe weight. Actual weight can also be affected by manufacturing tolerances and coating requirements.

7. What is the difference between Class A, Class B and Class C GI pipes?

Class A, Class B and Class C represent different pipe weight and wall-thickness categories in the reference used for this article. Generally, the heavier category has greater wall thickness and higher weight per meter.

8. How much does a 6-meter GI pipe weigh?

Multiply the GI pipe weight per meter by six.

For example, if a pipe weighs 5 kg/m:

5 × 6 = 30 kg

Therefore, the estimated weight of a 6-metre pipe is 30 kg.

9. Which standard is commonly used for GI pipes in India?

IS 1239 Part 1 is a commonly referenced standard for steel tubes, including Light, Medium and Heavy classes and galvanized surface conditions. The exact applicable standard and edition should be confirmed for the specific product and application.

10. Why is GI pipe weight important?

GI pipe weight is important for material estimation, transportation planning, structural load calculations, procurement, inventory management, lifting, and project cost estimation.

Get the Latest GI Pipe Price

Looking for GI pipes in different sizes, classes, and specifications?

Sachiya Steel International supplies GI pipes and other steel products for industrial, commercial, construction, infrastructure, and project requirements.

For current GI pipe prices, bulk quantities, product specifications, and project quotations, contact the sales team.

Phone: +91 9769056007
Email: [email protected]
Website: www.sachiyasteel.com

Request a Quote for GI Pipes

Contact Sachiya Steel International with your required GI pipe size, class, wall thickness, quantity, applicable standard, and delivery location to request a current quotation.

Related Steel Resources

For additional weight and specification information, explore our related resources:

Conclusion

The GI Pipe Weight Chart 2026 – Class A, B, C Kg/m + PDF provides a practical reference for understanding GI pipe size, outside diameter, wall thickness, and approximate weight per meter. Class A, Class B, and Class C values can help contractors, engineers, procurement teams, fabricators, and buyers estimate material requirements for different projects.

GI pipe weight is affected by several factors, including nominal size, outside diameter, wall thickness, pipe class, manufacturing tolerances, steel specification, and galvanizing requirements. For this reason, chart values should be treated as reference information and compared with the manufacturer’s technical documentation before final procurement.

GI pipe pricing also changes according to steel market conditions, pipe size, wall thickness, manufacturer, zinc coating, quantity, GST, freight, and delivery location. Therefore, the price references provided in this article should not be treated as a fixed quotation.

For accurate project planning, buyers should combine the GI Pipe Weight Chart 2026, applicable product specification, current supplier pricing, required quantity, and delivery requirements. This approach helps improve material estimation, transportation planning, procurement, inventory management, and project cost calculations.

Download the GI Pipe Weight Chart 2026 PDF for a convenient reference when planning GI pipe requirements.

By |2026-10-01T11:35:11+05:30November 19th, 2025|Weight Chart|

MS Angle Weight Chart 2026 – All Sizes, Kg/m + Free PDF

MS Angle Weight Chart 2026 – All Sizes, Kg/m + Free PDF

Last Updated: September 26, 2026

The MS Angle Weight Chart 2026 is a practical reference for engineers, contractors, fabricators, architects, builders, steel buyers, procurement teams, and manufacturers who need to calculate the approximate weight of Mild Steel Angles. This guide provides MS Angle sizes, thicknesses, weight in kg/m and kg/ft, equal and unequal angle information, weight calculation formulas, indicative 2026 prices, applications, specifications, and buying considerations.

MS Angles are widely used in structural steelwork, construction, industrial sheds, warehouses, transmission towers, solar structures, machinery frames, platforms, brackets, staircases, racks, and general fabrication. Knowing the approximate weight per meter helps users estimate total material requirements, transportation weight, fabrication quantities, and project costs.

Important: The weights shown in this guide are theoretical or nominal reference values. Actual supplied weight may vary because of rolling tolerances, dimensional tolerances, corner or fillet radius, manufacturing conditions, and applicable specifications. For critical projects, always verify the final material details with the manufacturer and Material Test Certificate (MTC).

Free MS Angle Weight Chart PDF

Need the MS Angle Weight Chart 2026 for project estimation, fabrication, procurement, or offline reference?

Download the free PDF and keep the MS Angle size and weight information available whenever required.

DOWNLOAD FREE MS ANGLE WEIGHT CHART PDF

The PDF is useful for engineers, fabricators, contractors, purchase departments, project managers, steel traders, and students who regularly need MS Angle weight information.

MS Equal Angle Weight Chart

MS Equal Angle Sizes and Weight Chart

An MS Equal Angle is an L-shaped structural section in which both legs have the same nominal length. For example, a 50×50×6 mm MS Angle has two 50 mm legs with a nominal thickness of 6 mm.

Equal Angles are commonly used for structural supports, bracing, frames, towers, racks, platforms, brackets, and general fabrication. The required thickness and size depend on the design, load requirements, connection arrangement, and applicable project specifications.

MS Equal Angle Weight Chart in Kg

Size (mm) Thickness (mm) Weight (kg/m) Weight (kg/ft)
25×25 3 1.10 0.34
25×25 5 1.80 0.55
40×40 3 1.80 0.55
40×40 5 3.00 0.91
40×40 6 3.50 1.07
50×50 5 3.80 1.16
50×50 6 4.50 1.37
60×60 6 5.40 1.65
65×65 5 4.90 1.49
65×65 6 5.80 1.77
65×65 8 7.70 2.35
75×75 6 6.80 2.07
75×75 8 8.90 2.71
75×75 10 11.00 3.35
90×90 6 8.20 2.50
90×90 8 10.80 3.29
90×90 10 13.40 4.08
100×100 8 12.10 3.69
100×100 10 14.90 4.54
100×100 12 17.70 5.39
150×150 12 27.20 8.29
150×150 16 35.80 10.91
200×200 16 48.50 14.78
200×200 20 60.00 18.29

MS Unequal Angle Weight Chart

MS Unequal Angle Weight Chart

An MS Unequal Angle has two legs with different nominal dimensions. For example, a 75×50×6 mm angle has one 75 mm leg and one 50 mm leg with a nominal thickness of 6 mm.

Unequal Angles are useful when a structural or fabrication application requires different leg dimensions, specific orientations, or connection arrangements.

MS Unequal Angle Weight Chart in Kg

Size (mm) Thickness (mm) Weight (kg/m) Weight (kg/ft)
40×25 3 1.50 0.46
40×25 5 2.40 0.73
50×30 5 3.00 0.91
60×40 6 4.40 1.34
65×45 6 4.90 1.49
75×50 6 5.60 1.71
75×50 8 7.40 2.26
90×60 6 6.80 2.07
90×60 8 8.90 2.71
100×65 8 9.90 3.02
100×75 8 10.50 3.20
100×75 10 13.00 3.96
125×75 8 12.10 3.69
125×75 10 14.90 4.54
150×75 10 16.90 5.15
150×115 10 20.00 6.10
200×100 10 22.80 6.95
200×150 12 31.80 9.69

MS Angle Price 2026

MS Angle Price Per Kg in India

MS Angle Price Per Kg in India 2026

The MS Angle price in India in 2026 depends on several commercial and technical factors. These include steel market conditions, raw material prices, size, thickness, grade, manufacturer, order quantity, location, GST, freight, testing, packaging, and delivery requirements.

The existing September 2026 market references in your source indicate that commonly traded MS Angles are generally around the ₹50s per kg, with actual quotations varying according to size and commercial conditions.

Indicative MS Angle Price Table – September 2026

MS Angle Size Indicative Price
25×25×3 mm ₹52–₹58/kg
40×40×5 mm ₹52–₹59/kg
50×50×6 mm ₹55–₹60/kg
65×65×6 mm ₹55–₹60/kg
65×65×8 mm ₹55–₹60/kg
75×75×8 mm ₹55–₹61/kg
90×90×8 mm ₹55–₹62/kg
100×100×10 mm ₹56–₹63/kg
150×150×12 mm ₹56–₹65/kg
200×200×20 mm ₹58–₹68/kg

Price Disclaimer: These are indicative September 2026 market reference ranges and are not fixed quotations. Actual prices may change according to steel market movement, size, grade, quantity, manufacturer, location, GST, freight, and commercial terms. Contact the supplier for the latest quotation.

How to Calculate MS Angle Weight

A commonly used theoretical formula for estimating MS Angle weight is:

MS Angle Weight (kg/m) = (Leg A + Leg B − Thickness) × Thickness × 0.00785

Where:

  • Leg A = first leg dimension in mm
  • Leg B = second leg dimension in mm
  • Thickness = nominal thickness in mm
  • 0.00785 = factor based on approximately 7850 kg/m³ steel density

Example: 50×50×6 mm MS Angle

(50 + 50 − 6) × 6 × 0.00785

= 94 × 6 × 0.00785

= 4.42 kg/m approximately

The chart value is approximately 4.50 kg/m. The difference occurs because the simplified formula does not completely represent the rolled section geometry, including corner and fillet radii.

Therefore, the formula is useful for preliminary estimation, while tabulated section data or manufacturer documentation should be used where accurate procurement or engineering calculations are required.

MS Angle Weight Per Meter and Per Foot

MS Angle weight is commonly expressed in kilograms per meter (kg/m) and kilograms per foot (kg/ft).

To convert kg/m into kg/ft:

Weight (kg/ft) = Weight (kg/m) × 0.3048

For example, if a 50×50×6 mm MS Angle weighs 4.50 kg/m:

4.50 × 0.3048 = 1.37 kg/ft approximately

This conversion is useful for steel buyers, fabricators, estimators, and contractors working with metric and imperial measurements.

How to Calculate Total MS Angle Weight

The approximate total material weight can be calculated using:

Total Weight = Weight per Meter × Total Length

For example, if 100 meters of 50×50×6 mm MS Angle are required:

4.50 kg/m × 100 m = 450 kg

Therefore, the estimated material weight is 450 kg.

For large projects, additional material may be required because of cutting waste, fabrication losses, connection details, and project-specific allowances.

MS Angle Sizes and Specifications

MS Angles are generally identified using their leg dimensions and thickness.

For an equal angle:

50×50×6 mm

  • First leg: 50 mm
  • Second leg: 50 mm
  • Thickness: 6 mm

For an unequal angle:

75×50×6 mm

  • First leg: 75 mm
  • Second leg: 50 mm
  • Thickness: 6 mm

The correct angle should be selected according to structural calculations, load requirements, connection details, fabrication requirements, and project specifications. Weight alone should not be used to determine structural suitability.

MS Angle Grades and Standards

IS 2062 is widely used for structural steel products in India. The required grade and quality category depend on the mechanical properties and project requirements.

IS 2062 E250 is a commonly specified structural steel grade for general structural applications.

For dimensions, the existing guide references IS 808, while dimensional tolerances are referenced to IS 1852. Before placing an order, confirm size, thickness, grade, length, tolerances, mechanical properties, chemical composition, testing requirements, and MTC requirements.

Applications of MS Angles

MS Angles are used in a wide range of construction and engineering applications.

Construction and Structural Steel

MS Angles can be used for structural supports, bracing, frames, trusses, brackets, and fabricated steel structures.

Industrial Sheds

They are used in selected industrial shed structures, supports, frames, brackets, and fabrication work.

Transmission Towers

Angle sections can be used for tower structures where bolted or fabricated connections are specified.

Solar Structures

MS Angles may be used in selected solar support and mounting structures according to engineering requirements.

Machinery Frames

They can be fabricated into machine frames, equipment supports, bases, platforms, and brackets.

Warehouses

MS Angles are suitable for selected warehouse frames, racks, supports, brackets, and fabricated components.

Staircases and Platforms

They may be incorporated into staircase frames, platforms, supports, handrails, and general fabrication.

Infrastructure Projects

MS Angles are used in various infrastructure and engineering applications according to project design and material specifications.

Equal Angle vs Unequal Angle

Feature Equal Angle Unequal Angle
Leg Length Same Different
Example 50×50×6 mm 75×50×6 mm
Shape L-shaped L-shaped
Common Use General structural applications Directional/specialised applications
Selection Based on structural design Based on structural design and orientation

The choice between equal and unequal angles should be based on the engineering design and required structural arrangement.

Factors to Consider Before Buying MS Angles

Before ordering MS Angles, consider:

  1. Size – Confirm the required leg dimensions.
  2. Thickness – Thickness affects weight, strength, fabrication, and cost.
  3. Grade – Confirm the required structural steel grade.
  4. Length – Specify standard or cut length requirements.
  5. Quantity – Quantity can influence commercial pricing.
  6. Certification – Request MTC and testing documents when required.
  7. Surface Condition – Confirm whether the material is hot rolled, coated, galvanized, painted, or otherwise specified.
  8. Delivery – Freight and delivery location can affect the final landed cost.

Frequently Asked Questions

1. What is the weight of a 50×50×6 MS angle?

The nominal weight listed in this chart is approximately 4.50 kg/m or 1.37 kg/ft.

2. What is the weight of a 65×65×6 MS angle?

The nominal weight is approximately 5.80 kg/m or 1.77 kg/ft.

3. What is the weight of a 75×75×8 MS angle?

The nominal weight is approximately 8.90 kg/m or 2.71 kg/ft.

4. How is MS Angle weight calculated?

A commonly used theoretical formula is:

(Leg A + Leg B − Thickness) × Thickness × 0.00785

The result provides an approximate weight in kg/m.

5. What is the MS Angle price in India in 2026?

MS Angle prices vary according to size, thickness, grade, manufacturer, quantity, location, and market conditions. The September 2026 reference ranges in this guide are approximately in the ₹50s per kg for commonly traded sizes.

6. What is IS 2062 E250?

IS 2062 E250 is a commonly specified structural steel grade for structural applications in India. The exact grade and quality requirements should be confirmed against the project specification.

7. What is the difference between equal and unequal MS angles?

Equal Angles have two legs of the same nominal length, whereas unequal Angles have two legs with different nominal lengths.

8. What are MS Angles used for?

MS Angles are used in structural buildings, industrial sheds, warehouses, transmission towers, solar structures, machinery frames, brackets, platforms, staircases, racks, and fabrication projects.

9. What density is used for MS Angle weight calculations?

A commonly used theoretical density for mild or structural steel calculations is approximately 7850 kg/m³.

10. Does actual MS Angle weight always match the chart?

No. Weight charts provide theoretical or nominal values. Actual supplied weight can vary because of rolling and dimensional tolerances. For critical applications, verify the final material details with the supplier and applicable documentation.

Related Steel Weight Charts

For more steel weight information, explore these related resources:

These internal resources can help engineers, fabricators, contractors, and buyers compare material weights when preparing project estimates and procurement calculations.

Why Choose Sachiya Steel International?

Sachiya Steel International Private Limited supplies steel products for domestic and international requirements and supports customers with product specifications, quantities, availability, documentation, and quotation requirements.

Customers can contact the sales team for MS Angles and other structural steel requirements. Product selection should be based on the required size, thickness, grade, quantity, length, technical specifications, and delivery location.

Contact Us for MS Angle Price & Availability

Company: Sachiya Steel International Private Limited

Phone: +91 9769056007

Email: [email protected]

Website: www.sachiyasteel.com

Office: Office No 102, 1st Floor, Prasad Chambers, Tata Rd No 2, near ROXY CINEMA, Charni Road East, Opera House, Girgaon, Mumbai, Maharashtra 400004

For a quotation, provide:

  • MS Angle size
  • Thickness
  • Equal or unequal angle
  • Required grade
  • Quantity
  • Required length
  • Delivery location
  • MTC/testing requirements

Providing these details helps the sales team respond with more accurate availability and commercial information.

Final Note

The MS Angle Weight Chart 2026 – All Sizes, Kg/m + Free PDF provides a convenient reference for preliminary weight estimation, project planning, procurement, fabrication, and cost estimation.

Theoretical chart values should not replace structural engineering calculations or project-specific specifications. Actual material weight may vary within applicable manufacturing tolerances.

MS Angle prices are also subject to market fluctuations. The price section should therefore be treated as an indicative September 2026 market reference, and customers should request a fresh quotation before finalising a purchase.

Last Updated: September 26, 2026

By |2026-09-26T12:35:11+05:30November 15th, 2025|Weight Chart|

MS Square Pipe Weight Chart 2026 – Size & Kg/m + PDF

MS Square Pipe Weight Chart 2026 – Size & Kg/m + PDF

Last Updated: September, 2026

The MS Square Pipe Weight Chart 2026 is a useful reference for engineers, fabricators, contractors, architects, steel buyers, and procurement professionals who need to calculate the weight of square hollow sections. The weight of an MS square pipe mainly depends on its outside size, wall thickness, steel density, manufacturing tolerances, and length.

An MS square pipe, also called a Square Hollow Section (SHS), has four equal sides and a hollow internal section. Because of its balanced shape, it is widely used in structural fabrication, construction, industrial frameworks, machinery supports, gates, railings, furniture, agricultural equipment, and general engineering applications.

This updated guide provides MS square pipe sizes and kg/m values, explains the weight calculation formula, gives practical examples, discusses theoretical versus actual weight, explains the importance of IS 4923, and provides useful information for estimating material requirements and costs in 2026.

For related calculations, you can also refer to the MS Pipe Weight Chart and MS Rectangular Pipe Weight Chart.

Download the MS Square Pipe Weight Chart 2026 PDF.

Download MS Square Pipe Weight Chart 2026 – PDF

The PDF provides a convenient reference for commonly used MS square pipe sizes, wall thicknesses, theoretical kg/m values, calculation information, and purchasing notes.

It can be useful for:

  • Engineers
  • Fabricators
  • Contractors
  • Steel traders
  • Quantity surveyors
  • Procurement teams
  • Project estimators
  • Site engineers
  • Students and technical professionals

Keep the PDF available for quick reference when calculating the approximate weight of MS square pipes for projects and material requirements.

MS Square Pipe Weight Chart 2026 – Size & Kg/m

 

The following table provides approximate theoretical weights for commonly used MS square pipe sizes. The calculations are based on an approximate mild steel density of 7850 kg/m³.

MS Square Pipe Size Thickness Approx. Weight (kg/m)
20 × 20 mm 2.0 mm 1.13
25 × 25 mm 2.0 mm 1.45
25 × 25 mm 2.5 mm 1.77
30 × 30 mm 2.0 mm 1.76
30 × 30 mm 3.0 mm 2.57
40 × 40 mm 2.5 mm 2.94
40 × 40 mm 3.0 mm 3.49
40 × 40 mm 4.0 mm 4.52
50 × 50 mm 3.0 mm 4.43
50 × 50 mm 4.0 mm 5.79
50 × 50 mm 5.0 mm 7.07
60 × 60 mm 3.0 mm 5.37
60 × 60 mm 4.0 mm 7.04
75 × 75 mm 3.0 mm 6.76
75 × 75 mm 4.0 mm 8.91
80 × 80 mm 3.0 mm 7.25
80 × 80 mm 5.0 mm 11.78
80 × 80 mm 6.0 mm 13.99
100 × 100 mm 4.0 mm 12.05
100 × 100 mm 5.0 mm 14.92
100 × 100 mm 6.0 mm 17.73
100 × 100 mm 8.0 mm 23.16
120 × 120 mm 5.0 mm 18.06
120 × 120 mm 6.0 mm 21.53
150 × 150 mm 6.0 mm 27.00
150 × 150 mm 8.0 mm 35.56
200 × 200 mm 6.0 mm 36.41
200 × 200 mm 8.0 mm 48.01
200 × 200 mm 10.0 mm 59.00

Note: The values above are approximate theoretical weights for estimation. Actual supplied weight may vary according to dimensional tolerances, corner radius, manufacturing method, material specification, and applicable standard.

What Is an MS Square Pipe?

An MS Square Pipe is a hollow steel section manufactured with a square cross-section. The outside dimensions remain equal on all four sides, while the wall thickness determines the amount of steel used in the section.

For example:

  • 40 × 40 × 3 mm means 40 mm outside width
  • 40 mm outside height
  • 3 mm nominal wall thickness

Square hollow sections are popular because they provide good structural rigidity while keeping the section hollow and relatively material-efficient.

MS square pipes are available in different sizes and thicknesses to suit fabrication, structural, industrial, agricultural, and engineering requirements.

MS Square Pipe Weight Formula

The theoretical weight of an MS square pipe can be calculated using its cross-sectional area and steel density.

Basic Formula

Weight (kg/m) = Cross-Sectional Area × Steel Density

For a square hollow section:

Cross-Sectional Area = Outer Area − Inner Area

Therefore:

Weight (kg/m) = [A² − (A − 2T)²] × 0.00785

Where:

  • A = Outside dimension in mm
  • T = Wall thickness in mm
  • 0.00785 = conversion factor for steel weight

This formula provides a convenient way to calculate the theoretical weight per metre when a particular size is not listed in a standard weight chart.

For larger quantities, the MS Square Pipe Weight Calculator can also be used for quick estimation.

MS square pipe weight calculation formula 40 x 40 x 3 mm

Example: 40 × 40 × 3 mm MS Square Pipe

Consider an MS square pipe with:

Outside size = 40 × 40 mm

Wall thickness = 3 mm

First calculate the inside dimension:

40 − (2 × 3) = 34 mm

Now calculate the cross-sectional area:

40² − 34²

= 1600 − 1156

= 444 mm²

Using the steel conversion factor:

444 × 0.00785 = approximately 3.49 kg/m

Therefore:

40 × 40 × 3 mm MS Square Pipe ≈ 3.49 kg/m

This is a theoretical calculation. The actual manufactured pipe can have a different weight within the applicable dimensional and manufacturing tolerances.

MS Square Pipe Weight Per Foot

Some fabricators and buyers require weight in kilograms per foot rather than kilograms per metre.

The conversion is:

Weight per foot = Weight per meter ÷ 3.28084

For a 40 × 40 × 3 mm square pipe:

3.49 ÷ 3.28084 ≈ 1.06 kg/ft

Therefore, the approximate weight is:

3.49 kg/m

or

1.06 kg/ft

For a 6-meter pipe:

3.49 × 6 = 20.94 kg

So, one 6-meter pipe would have an approximate theoretical weight of 20.94 kg.

How to Calculate Total MS Square Pipe Weight

For a complete order, the total weight can be calculated using:

Total Weight = Weight per meter × Total Length

For example, suppose a project requires 100 pieces of 50 × 50 × 4 mm MS square pipe, each 6 metres long.

Approximate weight:

5.79 kg/m

Length:

6 m

Weight per pipe:

5.79 × 6 = 34.74 kg

For 100 pieces:

34.74 × 100 = 3,474 kg

Therefore:

Total estimated weight = 3.474 metric tons

This calculation can help estimate transportation requirements, storage space, handling requirements, and preliminary material costs.

MS Square Pipe Price 2026

The MS Square Pipe Price in 2026 depends on several commercial and technical factors. Steel prices can change according to raw material costs, market conditions, pipe dimensions, thickness, manufacturing process, order quantity, location, freight, taxes, and supplier terms.

A simple material-cost calculation is

Estimated Material Cost = Total Weight × Price per kg

For example, if an order weighs 3,474 kg, the approximate material value can be calculated by multiplying 3,474 kg by the current quoted price per kg.

However, buyers should obtain a current quotation because steel prices can fluctuate.

Factors Affecting MS Square Pipe Price

  • Raw material cost
  • Steel market conditions
  • Pipe dimensions
  • Wall thickness
  • Grade and specification
  • Order quantity
  • Manufacturing process
  • Testing requirements
  • Certification
  • Surface condition
  • Packing
  • GST and applicable taxes
  • Freight
  • Delivery location
  • Market availability

For an accurate quotation, provide the required size, thickness, length, quantity, standard, grade, documentation, and delivery location.

MS Square Pipe Weight and Length

Length has a direct relationship with the total weight of an MS square pipe.

If a pipe weighs 7.25 kg/m, then:

10 meters = 72.5 kg

20 meters = 145 kg

50 metres = 362.5 kg

100 meters = 725 kg

Therefore:

Total Weight = kg/m × Total Length

This calculation is particularly useful when material requirements are specified in metres instead of individual pipe pieces.

Why Wall Thickness Matters in MS Square Pipes

MS square pipe sizes and wall thickness 2026

Wall thickness significantly affects the weight of a square pipe.

For the same outside dimension, a thicker wall means:

  • Greater steel cross-sectional area
  • Higher weight per meter
  • Higher material consumption
  • Increased structural stiffness
  • Greater resistance to deformation
  • Potentially greater load capacity, depending on the design

For example, a 50 × 50 × 5 mm square pipe will weigh substantially more than a 50 × 50 × 3 mm square pipe.

However, selecting a pipe only because it has a higher kg/m value is not sufficient. Structural requirements, loads, spans, connections, environmental conditions, design calculations, and applicable standards should be considered when selecting the appropriate section.

MS Square Pipe and IS 4923

IS 4923 is an important Indian specification associated with steel hollow sections for structural applications.

When ordering MS square pipes for structural projects, buyers should clearly specify:

  • Outside dimensions
  • Wall thickness
  • Required grade
  • Applicable standard
  • Pipe length
  • Quantity
  • Testing requirements
  • Certification
  • Surface condition
  • Inspection requirements

For projects requiring traceability, buyers may request a Material Test Certificate (MTC) containing relevant chemical and mechanical test information.

The applicable standard and grade should always be confirmed against the project’s technical specification before purchasing.

Theoretical Weight vs. Actual Weight

An important point when using an MS Square Pipe Weight Chart 2026 is that the chart normally provides theoretical weight.

The actual weight of a supplied pipe may vary because of:

  • Wall thickness tolerance
  • Outside dimension tolerance
  • Corner radius
  • Length tolerance
  • Manufacturing process
  • Surface condition
  • Measurement method
  • Mill practices

Therefore, theoretical kg/m values are useful for estimation, costing, quantity planning, design reference, and transportation planning.

For final commercial reconciliation, the agreed contractual basis and actual supplied material should be considered.

Applications of MS Square Pipes

MS square pipe applications in construction and industrial projects

MS square pipes are used across construction, fabrication, infrastructure, engineering, agriculture, and industrial applications.

Construction

Used for structural frameworks, supports, sheds, platforms, and fabrication work.

Industrial Engineering

Square hollow sections are used in machinery frames, equipment supports, industrial structures, and engineering assemblies.

Fabrication

They are commonly used for gates, railings, partitions, frames, and fabricated structures.

Infrastructure

MS square sections can be used in various infrastructure and support structures according to project requirements.

Agriculture

They are used in agricultural equipment, structures, frames, supports, and other fabricated components.

Furniture

Smaller square sections are commonly used for tables, racks, frames, workstations, and other fabricated furniture.

For applications requiring higher corrosion resistance, you can also explore Stainless Steel Pipes and related stainless steel products.

How to Select the Right MS Square Pipe

Choosing the right MS square pipe requires consideration of both technical and commercial requirements.

1. Confirm the Size

Determine the required outside dimension, such as 25 × 25, 40 × 40, 50 × 50, 100 × 100, or another size.

2. Select the Thickness

Choose the wall thickness according to the project’s engineering requirements.

3. Confirm the Standard

Specify the applicable Indian or project standard before placing the order.

4. Check Documentation

For critical projects, determine whether MTC, inspection reports, or other quality documents are required.

5. Calculate Weight

Use the kg/m value to estimate the total material weight.

6. Compare Quotations

Compare suppliers based on specifications, quantity, certification, delivery, freight, taxes, and commercial terms rather than comparing only the quoted price per kilogram.

Why Choose Sachiya Steel International Private Limited?

Sachiya Steel International Private Limited supplies steel products for construction, engineering, fabrication, infrastructure, and industrial applications.

The company supports customers with specification-based material requirements, including dimensions, thicknesses, quantities, standards, documentation, and delivery requirements.

When requesting an MS square pipe quotation, customers should provide complete technical details so the required material can be accurately identified and commercially quoted.

For MS square pipe enquiries, availability, technical specifications, and quotations, visit the Contact Sachiya Steel International page.

Phone: +91 9769056007
Email: [email protected]
Website: www.sachiyasteel.com

Frequently Asked Questions About MS Square Pipe Weight

1. What is the weight of an MS Square Pipe?

The weight depends on the outside dimensions and wall thickness. For example, a theoretical 40 × 40 × 3 mm MS square pipe weighs approximately 3.49 kg/m.

2. How is MS Square Pipe weight calculated?

The theoretical weight can be calculated using:

Weight (kg/m) = [A² − (A − 2T)²] × 0.00785

where A is the outside dimension in mm and T is the wall thickness in mm.

3. What density is used for MS Square Pipe calculations?

A nominal steel density of approximately 7850 kg/m³ is commonly used for theoretical weight calculations.

4. What is the weight of a 40 × 40 × 3 mm square pipe?

The approximate theoretical weight is 3.49 kg/m. A 6-metre length would therefore weigh approximately 20.94 kg.

5. Does wall thickness affect square pipe weight?

Yes. Increasing wall thickness increases the amount of steel in the cross-section and therefore increases the weight per metre.

6. How do I calculate the weight of a 6-metre MS square pipe?

Multiply the kg/m value by 6.

For example:

3.49 × 6 = 20.94 kg

7. Is MS Square Pipe weight shown in kg/m actual weight?

Usually, weight charts provide theoretical or calculated values. Actual supplied weight can differ according to applicable manufacturing and dimensional tolerances.

8. What is IS 4923?

IS 4923 is an Indian Standard associated with steel hollow sections for structural applications. The exact grade, dimensions, edition, and project requirements should be confirmed before ordering.

9. How can I calculate the total weight of an MS square pipe order?

Use:

Total Weight = Weight per metre × Total Length

If calculating individual pipes:

Total Weight = kg/m × pipe length × number of pieces

10. How can I get the latest MS Square Pipe price in 2026?

MS square pipe prices vary according to size, thickness, quantity, market conditions, taxes, freight, and other commercial factors. Contact the supplier with your required specifications and delivery location to obtain a current quotation.

Final Takeaway

The MS Square Pipe Weight Chart 2026 – Size & Kg/m + PDF provides a practical reference for calculating theoretical pipe weight, estimating material quantities, planning transportation, preparing preliminary costing, and comparing project requirements.

The most important factors affecting MS square pipe weight are outside size, wall thickness, steel density, and total length. Using the correct formula makes it possible to estimate kg/m and calculate the approximate weight of individual pipes or complete orders.

However, theoretical weight should not automatically be treated as the actual commercial weight of supplied material. Manufacturing tolerances, corner radius, dimensional variation, applicable standards, and contractual purchasing conditions can affect the final supplied weight.

For structural applications, buyers should also confirm the required standard, grade, dimensions, testing, certification, and MTC requirements before ordering.

For MS Square Pipe requirements, contact Sachiya Steel International Private Limited with your required size, thickness, length, quantity, standard, and delivery location for a project-specific quotation.

By |2026-10-01T11:06:09+05:30October 13th, 2025|Weight Chart|

Mild Steel Square Pipe Weight Calculator

Mild Steel Square Pipe Weight Calculator

Mild steel square pipes, also known as MS box pipes, play a crucial role in various structural applications due to their strength and durability. Understanding their weight is essential for accurate project planning and execution.

Calculate MS Square Pipe Weight

Mild Steel Square Pipe Weight Calculator

To calculate the weight of a mild steel square pipe:

1.Measure Dimensions:

Side Length (a): Length of one side of the square cross-section.
Wall Thickness (t): Thickness of the pipe’s walls.

2.Determine Material Density:

Mild steel density: ~7850 kg/m³.

3.Weight Calculation Formula:

Volume (V) = a² – (a – 2t)²
Weight (W) = V × Density

Example Calculation

For a square pipe with a side length of 50 mm and wall thickness of 5 mm:

Volume = (0.05)² – (0.05 – 2*0.005)²
Weight = Volume × 7850 = 283.585 kg

Comprehensive MS Square Pipe Weight Chart

Size (mm) Weight (kg/m)
20 x 20 x 2.0 1.12
25 x 25 x 1.5 1.06
30 x 30 x 2.5 2.16
35 x 35 x 2.5 2.63
40 x 40 x 3.0 3.74
45 x 45 x 3.0 4.23
50 x 50 x 3.5 5.51
60 x 60 x 4.0 7.42
70 x 70 x 4.5 9.63
80 x 80 x 5.0 12.2
100 x 100 x 6.0 18.38
120 x 120 x 8.0 31.6
150 x 150 x 10 51.43
200 x 200 x 12 91.15
250 x 250 x 14 142.18
300 x 300 x 16 204.88
350 x 350 x 16 239.3
400 x 400 x 16 273.72

Also Read : 1) MS PIPE WEIGHT CHART

                        2) SS PIPE WEIGHT CHART

Benefits of MS Square Pipes

  • High Load-Bearing Capacity: Ideal for structural applications.
  • Torsional Stability: Resists bending and twisting forces.
  • Material Efficiency: Reduces weight without compromising strength.
  • Corrosion Resistance: Additional treatments enhance durability.

Applications of MS Square Pipes

  • Construction: Used in buildings and infrastructure projects for support and framework.
  • Automotive Industry: Integral in manufacturing vehicle chassis and frames.
  • Furniture: Creates sturdy and durable frames for various furniture pieces.
  • Agriculture: Utilized in the construction of agricultural equipment and structures.

Why Choose Sachiya Steel International Private Limited?

At Sachiya Steel International Private Limited, we provide top-quality mild steel square pipes designed to meet your project needs. Our products are manufactured with precision and adhere to international standards, ensuring durability and performance.

By |2024-07-19T11:18:05+05:30July 19th, 2024|Weight Chart|

SS Pipe Weight Chart 2026 – Schedule & Kg/m Table

SS Pipe Weight Chart 2026 – Schedule & Kg/m Table

Last Updated: September, 2026

The SS Pipe Weight Chart 2026 – Schedule & Kg/m Table is a useful reference for calculating the approximate weight of stainless steel pipes according to nominal pipe size, outside diameter, wall thickness, and pipe schedule. Accurate stainless steel pipe weight information helps engineers, fabricators, contractors, procurement teams, stockists, and buyers estimate material quantities, transportation loads, handling requirements, inventory, and project costs.

Stainless steel pipes are available in different grades, including SS 304, SS 304L, SS 316, and SS 316L, with various schedules and wall thicknesses for industrial and engineering applications. The actual pipe weight primarily depends on the pipe dimensions, wall thickness, length, and material density.

For related stainless steel requirements, buyers can also explore stainless steel pipes and seamless pipes when selecting products according to grade, size, schedule, and manufacturing requirements.

What Is an SS Pipe Weight Chart?

An SS Pipe Weight Chart provides approximate stainless steel pipe weights, generally expressed in kilograms per meter (kg/m). It allows users to quickly estimate how much a particular pipe size and schedule will weigh without calculating every pipe individually.

A typical SS pipe weight chart includes:

  • Nominal Pipe Size (NPS)
  • Outside Diameter (OD)
  • Wall Thickness
  • Pipe Schedule
  • Approximate Weight in kg/m
  • Stainless Steel Grade

Pipe weight generally increases as the outside diameter or wall thickness increases. For the same nominal pipe size, a higher schedule generally means a thicker wall and therefore a greater weight per metre.

A weight chart is especially useful for material estimation, purchase planning, transportation calculations, warehouse management, fabrication, and project costing.

SS Pipe Weight Chart 2026 – Schedule & Kg/m Table

The following representative values can be used as a quick reference for selected stainless steel pipe sizes and schedules. Actual supplied weights can vary slightly according to manufacturing tolerances, dimensions, grade, and applicable product specifications.

Pipe Size OD (mm) SCH 5 kg/m SCH 10 kg/m SCH 40 kg/m SCH 80 kg/m SCH 160 kg/m SCH XXS kg/m
1/2″ 21.34 0.89 1.12 1.36 2.15 2.50 —
3/4″ 26.67 1.14 1.38 1.82 2.94 3.75 —
1″ 33.40 1.73 2.00 2.87 4.80 6.21 7.85
1-1/4″ 42.17 2.33 2.62 3.88 6.56 8.39 10.75
2″ 60.33 4.25 4.90 7.63 12.73 15.99 18.85
4″ 114.30 8.23 9.80 16.43 33.04 41.20 50.25
10″ 273.05 25.60 31.90 64.50 149.45 182.85 208.62

Note: The values above are representative reference values. For fabrication, pressure design, structural calculations, and purchasing, verify the required dimensions against the applicable pipe specification and manufacturer’s dimensional data.

How to Read the SS Pipe Weight Chart

Reading an SS pipe weight chart is straightforward when the three main dimensions are understood: nominal pipe size, outside diameter, and wall thickness or schedule.

First, identify the required nominal pipe size. Next, check the corresponding outside diameter. Then select the required pipe schedule, such as SCH 10, SCH 40, SCH 80, or SCH 160.

The corresponding value in the chart gives the approximate weight per metre.

For example, a 2-inch stainless steel pipe has an outside diameter of approximately 60.33 mm. The representative table above gives an approximate weight of 7.63 kg/m for a 2-inch SCH 40 pipe.

If the required quantity is 100 meters:

7.63 × 100 = 763 kg

Therefore, the estimated pipe material weight is approximately 763 kg, excluding packaging and other shipment components.

When comparing different steel products, readers can also refer to the MS Pipe Weight Chart 2026 for carbon steel pipe weight information.

SS Pipe Weight Calculation Formula

The approximate weight of a stainless steel pipe can be calculated using its outside diameter and wall thickness.

Formula

Weight (kg/m) = 0.02466 × T × (OD − T)

Where:

  • OD = Outside diameter in mm
  • T = Wall thickness in mm
  • 0.02466 = Approximate calculation constant
  • Weight = Approximate pipe weight in kg/m

For calculating the total weight of a required pipe length:

Total Weight (kg) = Weight per meter × Total Length in meters

SS Pipe Weight Calculation Example

Suppose the pipe dimensions are

  • OD = 60 mm
  • Wall thickness = 5 mm
  • Length = 10 metres

The approximate weight per meter is

0.02466 × 5 × (60 − 5) = 6.78 kg/m

For a 10-meter length:

6.78 × 10 = 67.8 kg

Therefore, the estimated total weight is approximately 67.8 kg.

Actual commercial weight can differ because of dimensional tolerances, manufacturing variation, actual material density, and the applicable product specification.

For other steel-section calculations, users can also refer to the MS Square Pipe Weight Chart 2026 when estimating square hollow-section material weight.

Stainless Steel Pipe Schedule and Weight

Pipe schedules are associated with wall-thickness ranges for standard pipe sizes. Common stainless steel pipe schedules include:

  • SCH 5
  • SCH 10
  • SCH 10S
  • SCH 40
  • SCH 40S
  • SCH 80
  • SCH 80S
  • SCH 160
  • SCH XXS

For a given nominal pipe size, a higher schedule generally indicates a thicker wall. As wall thickness increases, the quantity of stainless steel used per unit length also increases, resulting in a higher kg/m value.

For example, the 2-inch representative values increase from 4.25 kg/m for SCH 5 to 7.63 kg/m for SCH 40 and 12.73 kg/m for SCH 80.

However, schedule selection should not be based on weight alone. Pressure requirements, temperature, corrosion conditions, design requirements, joining methods, and project specifications should also be considered.

SS 304 Pipe Weight

SS 304 is one of the most widely used stainless steel grades for general industrial and engineering applications.

SS 304 pipes are commonly used for:

  • Food-processing equipment
  • General fabrication
  • Water systems
  • Architectural applications
  • Chemical equipment
  • Industrial piping
  • Engineering projects

The weight of SS 304 pipe is primarily controlled by the outside diameter, wall thickness, and length.

For pipes with identical dimensions, the difference in weight between common stainless steel grades is generally relatively small. For purchasing purposes, however, the exact grade, dimensions, and manufacturer’s product data should be confirmed.

For complete piping requirements, SS 304 pipes can be combined with suitable stainless steel flanges and butt weld fittings, depending on the piping-system specification.

SS 316 Pipe Weight

SS 316 contains molybdenum and is commonly selected for applications requiring improved resistance to chloride-containing and corrosive environments.

Typical applications include:

  • Marine equipment
  • Chemical processing
  • Pharmaceutical facilities
  • Coastal installations
  • Petrochemical systems
  • High-corrosion industrial environments

Like SS 304, the weight of SS 316 pipe is primarily determined by outside diameter, wall thickness, and length.

When purchasing SS 316 pipes, buyers should specify the exact grade, size, schedule, wall thickness, quantity, and applicable standard to obtain the correct commercial and technical specification.

SS Pipe Price Per Kg in 2026

The SS pipe price per kg in 2026 varies according to the material grade, pipe size, schedule, manufacturing method, surface finish, quantity, certification requirements, and market conditions.

Important factors affecting stainless steel pipe pricing include:

Price Factor Effect on Price
Stainless Steel Grade SS 304, SS 316, SS 316L, and specialty grades have different costs
Pipe Schedule Thicker walls require more material.
Pipe Size Larger dimensions generally require more material.
Manufacturing Type Seamless and welded pipes can have different prices.
Surface Finish Polished and specialized finishes may increase cost.
Quantity Bulk quantities may receive different commercial rates.
Certification Testing and inspection requirements can affect pricing.
Market Conditions Nickel and alloy costs influence stainless steel pricing.

There is no single fixed SS pipe price per kg applicable to every size and specification.

For an accurate quotation, buyers should provide the grade, size, schedule, quantity, manufacturing type, standard, finish, certification requirements, and delivery location.

Stainless Steel Pipe Weight per Meter

Pipe weight per meter is particularly useful for procurement and logistics calculations.

The basic calculation is

Total Pipe Weight = Weight per Metre × Total Length

For example, if a pipe weighs 16.43 kg/m and the required quantity is 50 meters:

16.43 × 50 = 821.5 kg

Therefore, the estimated material weight is approximately 821.5 kg.

This calculation can help with:

  • Transportation planning
  • Warehouse handling
  • Material procurement
  • Inventory management
  • Fabrication planning
  • Purchase-order preparation
  • Project costing

For buyers comparing stainless steel with carbon steel products, the MS Channel Weight Chart 2026 and other steel weight charts can provide additional reference information for material estimation.

Difference Between SS Pipe and SS Tube

Stainless steel pipes and tubes may look similar, but their sizing conventions can differ.

Stainless steel pipes are commonly identified by Nominal Pipe Size (NPS) and schedule, while stainless steel tubes are frequently specified by actual outside diameter and wall thickness.

Therefore, a 2-inch stainless steel pipe and a 2-inch stainless steel tube should not automatically be assumed to have identical dimensions or weight.

When requesting a quotation, provide:

  • Outside diameter
  • Wall thickness
  • Grade
  • Length
  • Product type
  • Manufacturing method
  • Required standard
  • Quantity

Providing complete specifications helps reduce errors during procurement and fabrication.

Applications of Stainless Steel Pipes

stainless steel pipe applications in industrial sectors

Stainless steel pipes are used across numerous industries because they provide corrosion resistance, durability, and suitability for different industrial environments.

Oil and Gas

Stainless steel piping is used in selected process, utility, and corrosive-service applications where material resistance and durability are important.

Chemical Industry

Chemical plants use stainless steel pipes for transferring fluids and process media where corrosion resistance is required.

Food and Beverage

Stainless steel piping is widely used in hygienic processing environments where cleanable and corrosion-resistant surfaces are important.

Pharmaceutical Industry

Stainless steel piping is used in process systems where cleanliness, corrosion resistance, and controlled fabrication are important.

Construction and Engineering

Stainless steel pipes and tubes are also used in architectural structures, fabrication, handrails, equipment, and engineering installations.

For projects requiring complete piping assemblies, stainless steel pipes may be specified together with Stainless Steel Fasteners, flanges, fittings, and other compatible components.

Factors That Affect Stainless Steel Pipe Weight

Several factors determine the final weight of a stainless steel pipe.

1. Outside Diameter

Increasing the outside diameter generally increases the quantity of material required.

2. Wall Thickness

A thicker wall adds more stainless steel and increases the kg/m value.

3. Pipe Length

Longer pipes naturally have a greater total weight.

4. Material Density

Different stainless steel compositions can have slightly different densities.

5. Manufacturing Tolerance

Actual dimensions can vary within permitted manufacturing tolerances.

6. Pipe Type

Seamless and welded stainless steel products can have different dimensional and weight characteristics.

Understanding these factors makes weight estimation more reliable.

SS Pipe Weight Calculator

An SS Pipe Weight Calculator can make calculations faster when the required size is not directly available in a standard chart.

Typically, the calculator requires:

  • Outside Diameter
  • Wall Thickness
  • Pipe Length
  • Material or density, where required

The calculator can then provide an estimated pipe weight.

For example, if a custom pipe has an outside diameter of 100 mm and a specified wall thickness, the weight can be estimated using the appropriate dimensional formula.

For custom dimensions, calculator results should still be compared with applicable dimensional tables and supplier documentation.

For calculations involving other steel products, a Metal Weight Calculator can also be useful when dimensions and material density are known.

Why Accurate SS Pipe Weight Matters

Accurate weight calculations are important throughout the supply chain.

Procurement

Weight information helps buyers estimate the quantity of material required for an order.

Transportation

Approximate shipment weight assists with vehicle capacity and freight planning.

Fabrication

Weight information can support material handling and lifting arrangements.

Cost Estimation

Calculated weight can be considered together with the applicable price per kilogram.

Inventory Management

Converting pipe lengths into approximate weight can make stock records easier to organize.

Project Planning

Engineers and contractors can use estimated pipe weights when planning material quantities, handling requirements, and logistics.

For these reasons, an updated SS Pipe Weight Chart 2026 is useful for both small fabrication projects and larger industrial requirements.

Related Steel Weight Information

When calculating the weight of different steel products, users may also find our related weight references useful. For example, the MS Angle Weight Chart 2026 can be used for equal and unequal angle weight calculations, while the MS Channel Weight Chart 2026 provides reference information for channel sections.

For square hollow sections, the MS Square Pipe Weight Chart 2026 can help users compare dimensions and approximate kg/m values.

These contextual resources allow buyers, engineers, and fabricators to find related weight information without leaving the broader steel-calculation topic.

Why Choose Sachiya Steel International?

Sachiya Steel International Private Limited supplies stainless steel and other metal products for industrial, engineering, construction, petrochemical, and manufacturing requirements.

The company works with different stainless steel grades, sizes, specifications, and product forms and supports domestic and export requirements.

For a quotation, customers can provide:

  • Grade
  • Size
  • Schedule
  • Wall thickness
  • Length
  • Quantity
  • Standard
  • Testing requirements
  • Certification requirements

Based on these details, the appropriate product specification and commercial quotation can be prepared.

For related requirements, customers can also explore Stainless Steel Pipes, Seamless Pipes, Stainless Steel Flanges, Butt Weld Fittings, and Stainless Steel Fasteners.

Conclusion

The SS Pipe Weight Chart 2026 – Schedule & Kg/m Table provides a practical reference for estimating stainless steel pipe weight according to nominal pipe size, outside diameter, wall thickness, and schedule.

The information is useful for procurement, fabrication, transportation, inventory management, material estimation, and project costing.

Pipe weight generally increases as the outside diameter and wall thickness increase. A higher schedule generally indicates a thicker wall and consequently a higher weight per metre for the same nominal pipe size.

The SS pipe weight formula can also be used when a required custom size is not available in the reference table. However, calculated values should be treated as approximate and checked against the applicable product specification and manufacturer’s dimensional data before final purchasing or engineering decisions.

For special sizes, large-diameter pipes, unusual wall thicknesses, or project-specific requirements, buyers should provide complete technical specifications when requesting a quotation.

Contact Sachiya Steel International for stainless steel pipe specifications, sizes, schedules, availability, and project quotations.

Phone: +91 9769056007
Email: [email protected]
Website: www.sachiyasteel.com

Frequently Asked Questions About SS Pipe Weight Chart 2026

1. What is an SS Pipe Weight Chart 2026?

An SS Pipe Weight Chart 2026 is a reference table that provides approximate stainless steel pipe weights according to nominal pipe size, outside diameter, wall thickness, and schedule.

2. How is stainless steel pipe weight calculated?

A commonly used approximate formula is:

Weight (kg/m) = 0.02466 × T × (OD − T)

where OD and T are measured in millimetres.

3. Does pipe schedule affect stainless steel pipe weight?

Yes. A higher schedule generally indicates a thicker wall for a particular nominal pipe size, resulting in a higher weight per metre.

4. What is the weight of a 2-inch SS pipe?

The weight depends on the schedule and wall thickness. In the representative table, a 2-inch SCH 40 stainless steel pipe has an approximate weight of 7.63 kg/m.

5. Is SS 304 heavier than SS 316?

For identical dimensions, the weight difference between common stainless steel grades is relatively small. Outside diameter and wall thickness have a greater effect on calculated pipe weight.

6. What is the difference between SS pipe and SS tube?

Stainless steel pipe sizing is commonly based on nominal pipe size and schedule, while stainless steel tubes are often specified using actual outside diameter and wall thickness.

7. Why is stainless steel pipe weight important?

Pipe weight information helps with purchasing, transportation, lifting, inventory management, fabrication planning, material estimation, and project costing.

8. Can I calculate SS pipe weight for a custom size?

Yes. For custom dimensions, use the outside diameter, wall thickness, and length with the appropriate pipe-weight formula or calculator.

9. Does SS pipe price depend on weight?

In many commercial transactions, stainless steel products are priced on a weight basis. However, the final quotation can also depend on grade, size, schedule, manufacturing method, finish, certification, quantity, and market conditions.

10. What information is needed to buy an SS pipe?

For an accurate quotation, provide the grade, size, schedule, wall thickness, length, quantity, standard, manufacturing type, and testing or certification requirements.

By |2026-10-02T11:19:39+05:30August 6th, 2022|Weight Chart|

MS Channel Weight Chart 2026 – ISMC Sizes, Kg/m + PDF

MS Channel Weight Chart 2026 – ISMC Sizes, Kg/m + PDF

Last Updated: September, 2026

The MS Channel Weight Chart 2026 provides a practical reference for checking ISMC channel sizes, approximate weight in kg/m, weight per foot, dimensions, pricing, and calculation methods. Mild steel channels are widely used in construction, fabrication, industrial structures, equipment supports, platforms, sheds, pipe racks, and engineering projects. Their C-shaped profile provides a useful combination of structural strength, fabrication convenience, and material efficiency.

For engineers, contractors, fabricators, architects, quantity surveyors, and procurement teams, knowing the ISMC channel weight per meter helps in estimating material requirements, transportation loads, project costs, structural quantities, and purchase requirements. The following chart covers commonly used ISMC sections and provides a quick reference for MS channel sizes and kg/m.

MS Channel Weight Chart 2026 – ISMC Sizes and Kg/m

The table below presents commonly referenced Indian Standard Medium Channel sections with their approximate dimensions and theoretical unit weights.

ISMC Size Web Height (mm) Flange Width (mm) Flange Thickness (mm) Web Thickness (mm) Weight (kg/m) Weight (kg/ft)
ISMC 75 75 40 4.8 4.0 7.14 2.18
ISMC 100 100 50 5.0 4.7 9.56 2.91
ISMC 125 125 65 5.3 5.0 13.10 3.99
ISMC 150 150 75 5.7 5.4 16.80 5.12
ISMC 175 175 75 6.0 5.7 19.60 5.98
ISMC 200 200 75 6.2 6.1 22.30 6.80
ISMC 250 250 82 9.0 7.1 34.20 10.43
ISMC 300 300 90 7.8 7.6 36.30 11.07
ISMC 400 400 100 8.8 8.6 50.10 15.27

Note: The values above are approximate theoretical weights. Actual supplied dimensions and weight should be confirmed against the applicable standard, manufacturer’s documentation, and purchase specification.

Download the MS Channel Weight Chart PDF 2026.

📥 PDF Button

DOWNLOAD MS CHANNEL WEIGHT CHART PDF 2026

The PDF can be saved for offline reference while preparing material estimates, purchase orders, bills of quantities, fabrication calculations, transportation plans, and project material schedules.

MS Channel Price Per Kg 2026

MS Channel Weight Chart 2026 – ISMC Sizes, Kg/m + PDF

The MS channel price per kg in 2026 depends on steel market conditions, channel size, grade, quantity, manufacturer, location, freight, taxes, and commercial terms.

For preliminary budgeting, an indicative price range of approximately ₹55–₹85 per kg may be considered. This is only a reference range and should not be treated as a fixed quotation.

Material Indicative Price
MS Channel ₹55–₹85/kg
ISMC Structural Channel ₹55–₹85/kg
Heavy MS Channel Subject to size and specification

For an accurate quotation, buyers should provide the ISMC size, quantity, length, grade, delivery location, and required specifications.

What Is an MS Channel?

An MS channel is a mild steel structural section generally manufactured with one web and two flanges. The profile resembles a C or U shape and is designed for use in different structural and fabrication applications.

ISMC means Indian Standard Medium Channel. These sections are available in standardised sizes and are commonly selected according to structural requirements, loading conditions, section properties, span, connections, and project specifications.

MS channels can be cut, drilled, welded, bolted, and fabricated into different structural assemblies. They are commonly used with other steel products such as pipes, plates, angles, beams, supports, and pipe clamps.

For industrial piping applications, MS channel structures may also be combined with DIN 3015 tube clamps and other pipe support components.

Why Is MS Channel Weight Important?

Knowing the unit weight of an MS channel is important for both engineering and commercial planning. The weight per metre helps users estimate the total quantity of steel required for a project.

MS channel weight information is useful for:

  • Material quantity estimation
  • Project cost calculation
  • Transportation planning
  • Crane and lifting calculations
  • Structural load estimation
  • Inventory management
  • Fabrication planning
  • Purchase order preparation
  • Scrap and wastage estimation
  • Comparing different ISMC sections

For example, if ISMC 200 weighs approximately 22.30 kg/m and a project requires 120 meters:

22.30 × 120 = 2,676 kg

Therefore, the theoretical material requirement would be approximately 2,676 kg.

ISMC Channel Weight Calculation Formula

The simplest formula for calculating total MS channel weight is:

Total Weight (kg) = Weight per Meter (kg/m) × Total Length (m)

For example, the approximate weight of ISMC 150 is:

ISMC 150 = 16.80 kg/m

If the required length is 50 metres:

16.80 × 50 = 840 kg

Therefore, the estimated theoretical weight is approximately 840 kg.

For custom channel sections, weight can also be estimated using cross-sectional area and steel density:

Weight = Cross-Sectional Area × Length × Density

A commonly used theoretical density for mild and carbon steel calculations is approximately 7,850 kg/m³.

Actual supplied weight may vary according to manufacturing tolerances and exact section geometry.

MS Channel Weight Per Meter and Total Weight

The standard unit weight is normally expressed in kg/m.

For example:

ISMC 100 = 9.56 kg/m

For one 6-metre length:

9.56 × 6 = 57.36 kg

For 10 pieces:

57.36 × 10 = 573.60 kg

This method can be used to estimate the theoretical weight of an order before purchasing material.

For final dispatch quantities, actual weighing and supplier documentation should be considered.

ISMC Channel Sizes and Selection

MS Channel Sizes & Weight

ISMC channel selection should not be based only on weight. Engineers should consider the structural requirement, section properties, loading conditions, span, connections, steel grade, and applicable project specifications.

ISMC 75

ISMC 75 is a relatively lightweight channel section used for smaller supports, brackets, secondary frames, fabrication work, and applications where the required structural properties are suitable.

ISMC 100

ISMC 100 offers greater section depth than ISMC 75 and may be used for frames, equipment supports, fabrication structures, and other engineering applications.

ISMC 150

ISMC 150 is a commonly referenced medium-size structural channel used for support frames, platforms, industrial structures, and fabrication projects subject to engineering requirements.

ISMC 200

ISMC 200 provides greater section depth and unit weight and can be considered for applications requiring higher structural capacity than smaller sections.

ISMC 250, ISMC 300 and ISMC 400

Larger ISMC sections provide increased depth and section properties. Their selection should be based on structural calculations rather than simply choosing the heaviest channel.

Applications of MS Channels

MS Channel Industrial Applications

MS channels are used in a wide range of construction, industrial, fabrication, and infrastructure applications.

Construction

Common applications include:

  • Building frames
  • Platforms
  • Stair structures
  • Roofing supports
  • Equipment bases
  • Industrial sheds
  • Structural supports

Industrial Fabrication

MS channels are also used for:

  • Machine frames
  • Equipment supports
  • Storage systems
  • Conveyor structures
  • Material handling systems
  • Industrial platforms

Piping and Plant Structures

Industrial facilities may use channels for pipe racks, equipment supports, access platforms, and auxiliary steelwork. Channel structures can also be combined with industrial pipe support clamps for piping installations.

MS Channel vs C Channel

The terms ‘MS channel’ and ‘C channel’ may sometimes be used interchangeably in commercial discussions, but buyers should verify the actual profile and specification before ordering.

An ISMC channel is a standardised structural section with defined dimensions and section properties. A commercially available C channel may have different dimensions, thicknesses, forming methods, and specifications.

Before purchasing, verify:

  • ISMC section designation
  • Web height
  • Flange width
  • Web thickness
  • Flange thickness
  • Unit weight
  • Steel grade
  • Applicable standard
  • Required length
  • Quantity

MS Channel Standards

MS structural channels in India may be specified according to applicable Indian Standards and project requirements.

Commonly referenced standards include:

  • IS 808 – Dimensions for hot-rolled steel beam, column, channel, and angle sections
  • IS 2062 – Hot-rolled medium- and high-tensile structural steel

The required grade and material specification should be selected according to the engineering design and purchase specification.

For projects requiring traceability, buyers may also request relevant material certificates and inspection documentation.

Factors Affecting MS Channel Price

MS channel pricing can change according to several factors.

Steel Market Conditions

Changes in raw material and steel market conditions can influence the base price of structural channels.

Channel Size

Heavier ISMC sections contain more steel per metre, which affects their overall material value.

Quantity

Large-volume orders and smaller purchases can have different commercial pricing.

Grade

The required material grade and documentation can affect the final quotation.

Freight and Delivery

Transportation cost depends on quantity, distance, vehicle type, loading conditions, and delivery location.

Taxes and Commercial Terms

GST, freight, packing, payment terms, and other commercial conditions can influence the final landed price.

MS Channel Weight Chart PDF for Project Planning

A downloadable MS Channel Weight Chart PDF 2026 can be useful for engineers, contractors, fabricators, quantity surveyors, procurement teams, and project planners.

The PDF can assist with:

  • Bill of quantities
  • Material requisitions
  • Purchase orders
  • Fabrication estimates
  • Weight calculations
  • Transportation planning
  • Material schedules
  • Project budgeting

DOWNLOAD MS CHANNEL WEIGHT CHART PDF 2026

For additional steel reference information, you can also explore the MS Pipe Weight Chart and SS Pipe Weight Chart.

Use a Metal Weight Calculator.

Manual calculations are useful for checking individual quantities, but a calculator can make multiple calculations faster.

The Metal Weight Calculator can help when comparing different dimensions, lengths, thicknesses, and material quantities.

Always compare calculated results with the applicable standard section table when working with standardised ISMC profiles.

Quality and Procurement Checklist

Before purchasing MS channels, buyers should confirm:

  1. ISMC size
  2. Required quantity
  3. Individual length
  4. Steel grade
  5. Applicable standard
  6. Material certificate requirement
  7. Surface condition
  8. Delivery location
  9. Packing and loading requirements
  10. Required delivery schedule

For industrial projects, dimensional accuracy, material traceability, and documentation can be important parts of the purchasing process.

Frequently Asked Questions About MS Channel Weight

1. What is MS channel weight?

MS channel weight is the theoretical weight of a mild steel channel, normally expressed in kilograms per meter (kg/m). It depends on the section’s dimensions and geometry.

2. What is the weight of ISMC 100 per metre?

The approximate theoretical weight of ISMC 100 is 9.56 kg/m.

3. What is the weight of ISMC 150?

The approximate theoretical weight of ISMC 150 is 16.80 kg/m.

4. What is the weight of ISMC 200?

The approximate theoretical weight of ISMC 200 is 22.30 kg/m.

5. How do I calculate total MS channel weight?

Multiply the unit weight in kg/m by the total length in metres.

Total Weight = kg/m × Total Length

6. What does ISMC mean?

ISMC stands for Indian Standard Medium Channel. It refers to standardised structural steel channel sections used in construction, fabrication, supports, and engineering applications.

7. Which standard is commonly used for ISMC channel dimensions?

ISMC channel dimensions are commonly referenced to IS 808, while material requirements may be specified separately according to applicable standards such as IS 2062.

8. Can I calculate the weight of a custom MS channel?

Yes. A custom section can be estimated using its cross-sectional area, length, and steel density. Final supplied weight should be confirmed from the manufactured section and supplier documentation.

9. What affects MS channel price in 2026?

Price can vary according to steel market conditions, section size, grade, quantity, manufacturer, location, freight, taxes, and commercial terms.

10. Where can I download the MS Channel Weight Chart PDF 2026?

You can download the reference PDF using the button below:

DOWNLOAD MS CHANNEL WEIGHT CHART PDF 2026

Sachiya Steel MS Channel Stock 1

Conclusion

The MS Channel Weight Chart 2026 – ISMC Sizes, Kg/m + PDF provides a convenient reference for checking ISMC section sizes, approximate unit weights, calculations, prices, applications, and procurement requirements. Understanding the weight per meter makes it easier to estimate total material quantities, transportation requirements, project costs, and fabrication needs.

For accurate procurement, always verify the ISMC size, dimensions, grade, standard, quantity, length, and applicable documentation before placing an order. The PDF chart can be retained as a quick reference for future estimation and project planning.

Download the MS Channel Weight Chart PDF.

📥 DOWNLOAD MS CHANNEL WEIGHT CHART PDF 2026

For additional steel calculations, use the Metal Weight Calculator and explore the related MS Pipe Weight Chart and SS Pipe Weight Chart resources.

By |2026-09-26T11:38:58+05:30August 1st, 2022|Weight Chart|

ISMB & ISMC Weight Chart 2026 – Kg/m as per IS 808

ISMB & ISMC Weight Chart 2026 – Kg/m as per IS 808

Last Updated: September 26, 2026

The ISMB & ISMC Weight Chart 2026 is an essential reference for engineers, contractors, fabricators, architects, steel buyers, procurement teams, construction companies, and structural professionals. ISMB beams and ISMC channels are widely used in industrial buildings, warehouses, factory structures, platforms, machinery supports, steel frames, infrastructure projects, and general fabrication.

This ISMB & ISMC Weight Chart 2026 – Kg/m as per IS 808 provides commonly used section sizes, dimensions, unit weights, approximate 6-metre weights, calculation formulas, price references, applications, and purchasing information.

Knowing the correct kg/m value of an ISMB beam or ISMC channel helps calculate the total steel requirement for a project. It can also be used to estimate transportation loads, inventory quantities, approximate material costs, and the number of sections required.

For accurate procurement, the exact section designation, dimensions, unit mass, steel grade, applicable standard, manufacturer, length, and project specification should always be verified before ordering.

What Is an ISMB Beam?

ISMB stands for Indian Standard Medium Beam. It is a hot-rolled structural steel section with an I-shaped cross-section. The section consists of a vertical web and horizontal flanges that provide structural strength and efficient load distribution.

ISMB beams are commonly used where structural members are required to withstand bending, shear, compression, and other design loads.

Typical ISMB applications include:

  • Industrial buildings
  • Factory structures
  • Warehouses
  • Steel frames
  • Platforms
  • Bridges
  • Columns
  • Roof structures
  • Machinery supports
  • Infrastructure projects
  • Commercial buildings
  • Heavy fabrication

The number in an ISMB designation generally indicates the nominal depth of the beam in millimetres. For example, ISMB 200 has a nominal depth of approximately 200 mm.

However, the designation should not be used alone to determine the actual dimensions or structural capacity. The applicable section table and project specification should be checked.

What Is an ISMC Channel?

ISMC stands for Indian Standard Medium Weight Channel. It is a hot-rolled structural steel channel with a C-shaped profile.

ISMC channels are commonly selected for structural supports, framing, purlins, bracing, machinery bases, platforms, equipment supports, trailers, and fabrication.

Typical ISMC applications include:

  • Industrial sheds
  • Warehouse structures
  • Structural supports
  • Purlins
  • Bracing
  • Platforms
  • Machine bases
  • Equipment supports
  • Trailer structures
  • Walkways
  • Gantries
  • Fabrication
  • Power plants
  • Infrastructure projects

For example, ISMC 150 refers to a channel with a nominal depth of approximately 150 mm.

The actual weight of the channel depends on its standardised section dimensions and unit mass.

IS 808:2021 for ISMB and ISMC Sections

IS 808:2021 – Hot Rolled Steel Beam, Column, Channel and Angle Sections – Dimensions and Properties is the fourth revision of the Indian Standard covering hot-rolled structural sections.

For a current 2026 article, it is important to refer to the applicable current edition rather than relying exclusively on older online charts.

IS 808 provides dimensional and sectional-property information for hot-rolled structural steel sections. For procurement and structural design, buyers should confirm that the supplied section corresponds to the required designation and project specification.

Important: Different websites may publish different weight values because of differences in section series, dimensional references, or source tables. Always verify the exact section against the applicable standard before placing a purchase order.

ISMB & ISMC Weight Chart 2026 – Kg/m

The following ISMB & ISMC Weight Chart 2026 provides commonly referenced unit weights for ISMB beams and ISMC channels.

ISMC Weight Chart 2026

ISMC Size Depth Flange Width Weight kg/m
ISMC 75 75 mm 40 mm 6.8
ISMC 100 100 mm 50 mm 9.2
ISMC 125 125 mm 65 mm 12.7
ISMC 150 150 mm 75 mm 16.4
ISMC 175 175 mm 75 mm 19.1
ISMC 200 200 mm 75 mm 22.1
ISMC 225 225 mm 80 mm 25.9
ISMC 250 250 mm 80 mm 30.4
ISMC 300 300 mm 90 mm 38.8
ISMC 350 350 mm 100 mm 42.1
ISMC 400 400 mm 100 mm 49.4

These values provide a practical reference for quantity calculations. The exact approved unit weight should be verified against the applicable standard and project documentation.

ISMB Weight Chart 2026

ISMB Weight Chart 2026 – Kg/m as per IS 808

ISMB Size Beam Depth Weight kg/m
ISMB 100 100 mm 8.1
ISMB 125 125 mm 11.1
ISMB 150 150 mm 14.4
ISMB 175 175 mm 17.8
ISMB 200 200 mm 22.2
ISMB 225 225 mm 26.3
ISMB 250 250 mm 31.5
ISMB 300 300 mm 42.1
ISMB 350 350 mm 51.5
ISMB 400 400 mm 61.6
ISMB 450 450 mm 72.4
ISMB 500 500 mm 84.1
ISMB 550 550 mm 96.3
ISMB 600 600 mm 109.2

The table can be used for preliminary steel quantity estimation. For final engineering calculations, use the approved section data specified for the project.

ISMC Weight Chart 2026 Per Meter and 6-Meter Weight

ISMC Weight Chart 2026 – Kg/m as per IS 808

The unit weight in kg/m can be converted into the approximate weight of a 6-metre section using:

6-Meter Weight = Weight per Meter × 6

For example, the reference weight of ISMC 200 is 22.1 kg/m.

Therefore:

22.1 × 6 = 132.6 kg

So, one 6-metre ISMC 200 section weighs approximately 132.6 kg based on the reference unit weight.

ISMC Size Weight kg/m Approx. 6 m Weight
ISMC 75 6.8 40.8 kg
ISMC 100 9.2 55.2 kg
ISMC 125 12.7 76.2 kg
ISMC 150 16.4 98.4 kg
ISMC 175 19.1 114.6 kg
ISMC 200 22.1 132.6 kg
ISMC 225 25.9 155.4 kg
ISMC 250 30.4 182.4 kg
ISMC 300 38.8 232.8 kg
ISMC 350 42.1 252.6 kg
ISMC 400 49.4 296.4 kg

ISMB Weight Chart 2026 Per Meter and 6-Meter Weight

The same calculation can be used for ISMB beams.

For example, the reference unit weight of ISMB 300 is 42.1 kg/m.

Therefore:

42.1 × 6 = 252.6 kg

One 6-metre ISMB 300 section has an approximate calculated weight of 252.6 kg.

ISMB Size Weight kg/m Approx. 6 m Weight
ISMB 100 8.1 48.6 kg
ISMB 125 11.1 66.6 kg
ISMB 150 14.4 86.4 kg
ISMB 175 17.8 106.8 kg
ISMB 200 22.2 133.2 kg
ISMB 225 26.3 157.8 kg
ISMB 250 31.5 189.0 kg
ISMB 300 42.1 252.6 kg
ISMB 350 51.5 309.0 kg
ISMB 400 61.6 369.6 kg
ISMB 450 72.4 434.4 kg
ISMB 500 84.1 504.6 kg
ISMB 550 96.3 577.8 kg
ISMB 600 109.2 655.2 kg

ISMB & ISMC Weight Calculation Formula

The most commonly used formula is:

Total Weight = Weight per Meter × Length × Quantity

For example, consider 20 pieces of ISMC 150, each 6 metres long.

ISMC 150 weight = 16.4 kg/m

Length = 6 m

Quantity = 20

Calculation:

16.4 × 6 × 20 = 1,968 kg

Therefore:

Total Weight = 1,968 kg

or:

1.968 MT

This formula is useful for estimating the approximate material requirement before purchasing.

ISMB Weight Calculation Example

Suppose a project requires 10 pieces of ISMB 250, each 12 metres long.

Reference unit weight:

31.5 kg/m

Calculation:

31.5 × 12 × 10 = 3,780 kg

Therefore:

Total Weight = 3,780 kg

or:

3.78 MT

The calculation can then be combined with a current quoted steel rate to estimate the preliminary material value.

ISMC Weight Calculation Using Steel Density

Steel weight can also be estimated from cross-sectional area.

The general relationship is:

Weight = Volume × Density

For theoretical carbon-steel calculations, a density of approximately 7,850 kg/m³ is commonly used.

When cross-sectional area is expressed in square millimetres, the approximate theoretical relationship can be written as:

Weight per metre ≈ Cross-sectional Area × 0.00785

However, rolled ISMB and ISMC sections contain webs, flanges, fillets, radii, and other geometric features. Therefore, using the standardised unit mass of the exact section is generally more appropriate for procurement than estimating the profile using simple rectangular dimensions.

ISMB vs ISMC

ISMB and ISMC are different structural profiles and should not automatically be substituted for each other.

Feature ISMB ISMC
Full Form Indian Standard Medium Beam Indian Standard Medium Weight Channel
Shape I-shaped C-shaped
Main Application Beams and structural frames Supports and framing
Typical Use Buildings, bridges, platforms Supports, purlins, bracing
Section Type Beam Channel
Weight Depends on size Depends on size
Selection Based on structural design Based on structural design

The appropriate section should be selected according to loading, span, support conditions, section properties, connection requirements, deflection limits, and applicable design standards.

Applications of ISMB Beams

ISMB & ISMC Weight Chart 2026 – Kg/m as per IS 808

ISMB sections are commonly used in:

Industrial Buildings

ISMB beams can form part of structural frames in factories, production facilities, workshops, and industrial buildings.

Warehouses

They are used in structural framing and load-supporting applications in warehouse construction.

Platforms

ISMB sections can be used for industrial platforms, access structures, and equipment-supporting structures.

Bridges and Infrastructure

Depending on the structural design, beam sections can be incorporated into infrastructure and bridge-related structures.

Machinery Supports

ISMB sections can be used for machine-support structures where the required section properties meet the design requirements.

Applications of ISMC Channels

ISMB & ISMC Weight Chart 2026 – Kg/m as per IS 808

ISMC channels are frequently used for:

  • Structural supports
  • Purlins
  • Bracing
  • Platforms
  • Equipment bases
  • Machinery supports
  • Warehouse structures
  • Industrial sheds
  • Trailer frames
  • Walkways
  • Fabrication
  • Gantries
  • General engineering

The selection of an ISMC section should always be based on the design requirements rather than unit weight alone.

ISMB & ISMC Price Per Kg in India 2026

The price of ISMB and ISMC sections changes according to several market and commercial factors. These include steel grade, section size, manufacturer, quantity, location, freight, taxes, material availability, and whether the material is primary or rerolled.

For September 2026 budgeting, a general MS channel market reference may be around ₹55–₹80/kg, but this should not be treated as a fixed price for every ISMC size.

For example, if the applicable quotation is ₹59/kg and the required ISMC material weighs 1,640 kg:

1,640 × ₹59 = ₹96,760

Therefore, the preliminary material value would be approximately ₹96,760.

The final purchase amount may include GST, freight, loading, unloading, cutting, testing, certification, and other applicable charges.

ISMB Price Reference 2026

ISMB prices also vary by size, grade, manufacturer, quantity, and location.

For example, if a supplier quotes ₹59.50/kg and the estimated requirement is 2,000 kg:

2,000 × ₹59.50 = ₹119,000

This is only a basic material-value calculation and should not be treated as a final quotation.

Always request the latest rate for the exact section and delivery requirement.

Factors Affecting ISMB and ISMC Prices

Steel Grade

Grades such as E250 and E350 may have different availability and prices depending on the specification.

Section Size

Heavier sections contain more steel per meter and therefore have a greater total cost per section.

Manufacturer

Primary mill products and rerolled products can have different prices and documentation.

Quantity

Bulk project orders may receive different commercial rates compared with small quantities.

Location

Steel prices can vary according to regional availability and transportation distance.

Freight

Transportation costs can significantly affect the delivered price.

Taxes

GST and other applicable charges should be considered when comparing supplier quotations.

Market Conditions

Steel prices can change because of raw-material costs, demand, supply, imports, production costs, and inventory levels.

How to Select the Correct ISMB Size

ISMB selection should not be based only on the kg/m value.

Important considerations include:

  1. Span
  2. Dead load
  3. Live load
  4. Bending moment
  5. Shear force
  6. Deflection
  7. Support conditions
  8. Buckling
  9. Connection design
  10. Steel grade
  11. Section properties
  12. Applicable design standard

A qualified structural engineer should confirm the final section for load-bearing applications.

How to Select the Correct ISMC Size

For ISMC channels, consider:

  1. Applied load
  2. Span
  3. Support conditions
  4. Bending
  5. Shear
  6. Buckling
  7. Deflection
  8. Connection method
  9. Section properties
  10. Steel grade

A heavier channel is not automatically the correct choice. The section must satisfy the relevant engineering requirements.

ISMB and ISMC Lengths

ISMB and ISMC sections can be supplied in different commercial lengths depending on manufacturer, stock availability, and project requirements.

Common requirements include:

  • 6 metres
  • 12 metres

Other lengths may be available against enquiry.

When requesting a quotation, specify the required length because length affects total weight, transportation, cutting requirements, and overall cost.

Quality Checks Before Buying ISMB and ISMC

Before accepting structural steel sections, buyers should check:

  • Section designation
  • Overall depth
  • Flange width
  • Web thickness
  • Flange thickness
  • Length
  • Unit weight
  • Steel grade
  • Manufacturer
  • Heat number
  • Material Test Certificate
  • Chemical composition
  • Mechanical properties
  • Surface condition
  • Dimensional compliance

For certified projects, documentation requirements should be confirmed before order placement.

ISMB & ISMC Weight Chart 2026 for Project Estimation

The ISMB & ISMC Weight Chart 2026 is especially useful during project estimation.

For example, suppose a project requires 100 metres of ISMC 150.

Unit weight:

16.4 kg/m

Total length:

100 m

Calculation:

16.4 × 100 = 1,640 kg

Therefore:

Required material = 1.64 MT

If the estimated steel rate is ₹59/kg:

1,640 × ₹59 = ₹96,760

This provides a preliminary material-value estimate.

The final commercial value should be calculated using the supplier’s current quotation and applicable GST, freight, cutting, loading, unloading, and other charges.

Related Steel Weight Charts

For additional steel quantity and weight references, readers can explore:

These internal resources provide additional information for steel weight calculations and structural-section estimation.

Buy ISMB and ISMC sections from India.

Sachiya Steel International Private Limited supplies industrial steel products for engineering, fabrication, construction, infrastructure, and industrial requirements.

For an accurate ISMB or ISMC enquiry, provide:

Size + Grade + Quantity + Length + Delivery Location

Providing these details helps the supplier check availability and prepare an appropriate quotation.

For industrial steel products and related requirements, visit Sachiya Steel International.

Frequently Asked Questions

1. What is the ISMB & ISMC Weight Chart 2026?

The ISMB & ISMC Weight Chart 2026 provides reference information about ISMB beam and ISMC channel sizes, dimensions, and unit weights in kg/m for steel quantity estimation.

2. What does ISMB stand for?

ISMB stands for Indian Standard Medium Beam. It is an I-shaped hot-rolled structural steel section.

3. What does ISMC stand for?

ISMC stands for Indian Standard Medium Weight Channel. It is a C-shaped hot-rolled structural steel section.

4. What is the weight of ISMC 100?

The reference table in this article gives 9.2 kg/m for ISMC 100.

5. What is the weight of ISMC 150?

The reference weight of ISMC 150 is 16.4 kg/m.

6. What is the weight of ISMC 200?

The reference weight of ISMC 200 is 22.1 kg/m.

7. What is the weight of ISMB 200?

The reference weight of ISMB 200 is 22.2 kg/m.

8. What is the weight of ISMB 300?

The reference weight of ISMB 300 is 42.1 kg/m.

9. How do I calculate the total ISMB or ISMC weight?

Use the formula:

Total Weight = Weight per Meter × Length × Quantity

For example, 10 pieces of 6-metre ISMC 150:

16.4 × 6 × 10 = 984 kg

10. What is the current ISMB and ISMC price per kg in 2026?

Prices vary according to section size, steel grade, manufacturer, quantity, location, freight, taxes, and market conditions. Buyers should request a current quotation for the exact section required.

Conclusion

The ISMB & ISMC Weight Chart 2026 provides a practical reference for engineers, contractors, fabricators, procurement teams, steel traders, and construction professionals who need to estimate structural steel quantities.

ISMB beams are commonly used for structural frames, buildings, platforms, bridges, machinery supports, and other load-bearing applications. ISMC channels are widely used for supports, purlins, bracing, platforms, equipment bases, industrial structures, and fabrication.

The kg/m value is particularly useful for estimating the weight of individual sections and calculating total project tonnage. The basic calculation is straightforward:

Total Weight = Weight per Meter × Length × Quantity

For accurate purchasing, however, always verify the exact section designation, dimensions, unit mass, steel grade, length, applicable IS standard, manufacturer, certification, and delivery requirements.

Steel prices can change during the year because of market conditions, raw-material costs, demand, supply, freight, taxes, and regional availability. Therefore, general price references should be used only for preliminary budgeting.

For final procurement, request a current quotation based on your exact requirement.

Size + Grade + Quantity + Length + Delivery Location

Sachiya Steel International Private Limited can assist with industrial steel requirements and related products for domestic and international projects.

Phone: +91 9769056007
Email: [email protected]
Website: www.sachiyasteel.com

By |2026-09-28T11:22:50+05:30July 15th, 2022|Weight Chart|

MS Pipe Weight Chart 2026 – Kg per Meter, All Sizes + PDF

MS Pipe Weight Chart 2026 – Kg per Meter, All Sizes + PDF

Last Updated:, 2026

The MS Pipe Weight Chart 2026 – Kg per Meter, All Sizes + PDF is a useful reference for engineers, contractors, fabricators, architects, procurement teams, steel traders, and buyers who need to estimate the weight of mild steel pipes. Pipe weight mainly depends on the outside diameter, wall thickness, steel density, pipe class, and length.

Mild steel pipes are widely used in construction, water supply, industrial piping, structural fabrication, agriculture, scaffolding, fencing, machinery, and general engineering applications. Knowing the MS pipe weight per meter helps users estimate material quantities, transportation loads, project costs, inventory requirements, and approximate purchasing values.

This updated 2026 MS Pipe Weight Chart includes commonly used MS pipe sizes, Class A, Class B and Class C pipe weights, IS 1239 / BS 1387 reference dimensions, weight in kg per meter, weight calculation formula, large-diameter pipe weights, indicative 2026 prices, applications, and a downloadable PDF reference.

MS Pipe Weight Chart 2026 – Kg per Meter

MS Pipe Weight Chart 2026 – Kg per Meter

The following chart provides commonly used MS pipe dimensions and their approximate weights in kg per meter.

MS Pipe Weight Chart – IS 1239 / BS 1387 Reference

Nominal Bore OD (mm) Light A Thickness (mm) Light A Weight (kg/m) Medium B Thickness (mm) Medium B Weight (kg/m) Heavy C Thickness (mm) Heavy C Weight (kg/m)
1/8″ (3 NB) 10.32 1.80 0.361 2.00 0.493 2.65 0.593
1/4″ (6 NB) 13.49 1.80 0.517 2.35 0.769 2.90 0.859
3/8″ (10 NB) 17.10 1.80 0.674 2.35 0.908 2.90 1.061
1/2″ (15 NB) 21.43 2.00 0.952 2.65 1.270 3.25 1.450
3/4″ (20 NB) 27.20 2.35 1.410 2.65 1.440 3.25 1.900
1″ (25 NB) 33.80 2.65 2.010 3.25 2.580 4.05 2.970
1 1/4″ (32 NB) 42.90 2.65 2.580 3.25 3.140 4.05 3.840
1 1/2″ (40 NB) 48.40 2.90 3.250 3.25 3.630 4.05 4.430
2″ (50 NB) 60.30 2.90 4.110 3.65 5.030 4.47 6.170
2 1/2″ (65 NB) 76.20 3.25 5.840 3.65 6.710 4.47 8.120
3″ (80 NB) 88.90 3.25 6.810 4.05 8.640 4.85 10.100
4″ (100 NB) 114.30 3.65 9.890 4.50 12.110 5.40 14.400
5″ (125 NB) 139.70 — — 4.85 16.200 5.40 17.980
6″ (150 NB) 165.10 — — 4.85 19.200 5.40 21.310

Note: Actual supplied weights can vary because of dimensional tolerances, manufacturing method, applicable standards, and the manufacturer’s nominal weight tables. Always verify the manufacturer’s technical documentation before final procurement.

PDF Button – MS Pipe Weight Chart 2026

For engineers, fabricators, contractors, and purchasing teams, having an offline copy of the chart can make material estimation easier.

[DOWNLOAD MS PIPE WEIGHT CHART 2026 PDF]

The PDF can be used as a quick reference for checking pipe sizes, wall thicknesses, classes, and approximate kg-per-meter values during project planning and procurement.

What Is an MS Pipe?

Mild steel pipe is a low-carbon steel tubular product commonly used for construction, fabrication, utility piping, industrial systems, structural work, and engineering applications. Its combination of weldability, ductility, machinability, strength, and relatively economical material cost makes it suitable for many general-purpose applications.

Our Mild Steel Pipes are available in different sizes, wall thicknesses, and specifications according to project requirements.

MS pipes may be supplied in different manufacturing configurations, including ERW and welded pipe products, depending on the required specification and application.

MS Pipe Classes: Class A, Class B, and Class C

MS pipes are commonly discussed in three wall-thickness categories: Class A, Class B, and Class C.

Class A – Light

Class A pipes have comparatively lighter wall thicknesses and lower weight per meter. They may be selected for applications where lower material weight is suitable for the specified service.

Class B – Medium

Class B pipes have medium wall thickness and are commonly used for general-purpose piping and engineering requirements. They provide a balance between material weight, strength and cost.

For more information, refer to our MS Pipe Class A, B & C Chart.

Class C – Heavy

Class C pipes have heavier wall thicknesses and therefore higher weight per meter. They can be considered when the project specification requires a heavier wall.

See our MS C Class Pipe Thickness Chart for additional reference information.

The appropriate pipe class should always be selected according to the applicable standard, engineering requirements and service conditions.

MS Pipe Sizes and Dimensions

MS pipe dimensions are generally identified using Nominal Bore (NB), Outside Diameter (OD), and Wall Thickness.

Common MS pipe sizes include:

  • 15 NB
  • 20 NB
  • 25 NB
  • 32 NB
  • 40 NB
  • 50 NB
  • 65 NB
  • 80 NB
  • 100 NB
  • 125 NB
  • 150 NB

Larger sizes can also be supplied according to the applicable specification and required wall thickness.

For additional dimensional information, see our MS Pipe Sizes reference.

How to Calculate MS Pipe Weight Per Meter

The theoretical weight of a circular steel pipe can be calculated using:

Weight (kg/m) = 0.02466 × (OD − t) × t

Where:

  • OD = Outside diameter in mm
  • t = Wall thickness in mm
  • 0.02466 = commonly used steel pipe weight constant

Example

Suppose:

OD = 114.3 mm
Wall thickness = 4.5 mm

Then:

Weight = 0.02466 × (114.3 − 4.5) × 4.5

The theoretical result is approximately

12.18 kg/m

The calculated result should be compared with the applicable manufacturer’s nominal weight because actual dimensions and manufacturing tolerances can affect supplied weight.

MS Pipe Weight Per Meter vs. Weight Per Piece

The terms “kg/m” and “kg/piece” should not be confused.

If an MS pipe weighs 12 kg/m and the pipe length is 6 meters:

Weight per piece = 12 × 6

Weight per piece = 72 kg

Therefore:

  • Weight per meter = 12 kg
  • Pipe length = 6 m
  • Approximate weight per piece = 72 kg

The total quantity can then be estimated according to the required number of pieces.

For larger projects, the total pipe weight can be calculated using:

Total Weight = Weight per Meter × Total Length

For example, if the pipe weighs 14.40 kg/m and the required length is 120 meters:

14.40 × 120 = 1,728 kg

Therefore, the estimated material weight is 1.728 metric tonnes, before considering cutting losses, tolerances or additional procurement allowance.

MS Pipe Weight Calculator

An online MS Pipe Weight Calculator can make theoretical weight calculations faster.

Users can enter the outside diameter, wall thickness, and required length to estimate the pipe’s total weight.

A calculator is particularly useful when working with:

  • Different pipe sizes
  • Non-standard dimensions
  • Large quantities
  • Different pipe lengths
  • Project material estimates
  • Transportation planning

For final procurement, the calculated value should always be checked against the applicable standard and manufacturer’s published nominal weight.

MS Pipe Price Per Kg in India 2026

The price of MS pipe varies according to the steel market, pipe size, wall thickness, class, manufacturer, brand, quantity, delivery location, GST, freight, and testing requirements.

Indicative MS Pipe Price Table – 2026

MS Pipe Product Indicative 2026 Price Range
MS Pipe ₹57–₹72/kg
MS ERW Pipe ₹58–₹75/kg
MS Round Pipe ₹60–₹80/kg
MS Structural Pipe ₹60–₹77/kg
Heavy Class MS Pipe ₹65–₹85/kg
Large-Diameter MS Pipe ₹65–₹95/kg

These figures are indicative market ranges rather than fixed quotations. Actual prices can vary according to specification, brand, quantity, location, taxes, freight, and commercial terms.

For more information, visit our MS Pipe Price page.

How Weight Affects MS Pipe Price

When the quotation is provided on a per-kilogram basis, pipe weight can be used to estimate the approximate price per meter.

Price per meter = Weight per meter × Price per kg

For example:

14.40 kg/m × ₹70/kg = ₹1,008 per meter

For a 6-meter pipe:

₹1,008 × 6 = ₹6,048 per pipe

This is only a material-cost calculation. GST, freight, testing, cutting, coating and other applicable charges may be additional.

Factors That Affect MS Pipe Weight

Several factors influence the weight of an MS pipe.

1. Outside Diameter

A larger outside diameter generally increases the quantity of steel used for a given wall thickness.

2. Wall Thickness

Wall thickness has a direct effect on weight. Increasing thickness increases the amount of steel in the pipe and therefore increases kg per meter.

3. Length

Weight per meter is a dimensional reference, while total weight depends on the complete pipe length.

Total Weight = Weight per Meter × Total Length

4. Steel Density

The theoretical formula uses a standard density-based constant. Small differences can occur because of material composition and manufacturing tolerances.

5. Manufacturing Tolerance

Actual dimensions may vary within the tolerances permitted by the relevant product specification.

Large Diameter MS Pipe Weight

Large-diameter MS pipes require separate consideration because their dimensions and applicable manufacturing specifications may differ from commonly listed smaller pipe sizes.

Nominal Size Approx. OD Wall Thickness Approx. Weight
7″ 193.7 mm 4.85 mm 22.59 kg/m
8″ 219.1 mm 5.20 mm 27.45 kg/m
10″ 273.0 mm 5.60 mm 36.85 kg/m
12″ 323.9 mm 6.00 mm 47.06 kg/m
14″ 355.6 mm 6.35 mm 54.65 kg/m
16″ 406.4 mm 7.01 mm 68.99 kg/m

Large-diameter pipe weights should be verified against the applicable product specification and actual supplied dimensions before commercial use.

Why the MS Pipe Weight Chart Is Important

The MS Pipe Weight Chart 2026 provides a convenient way to convert pipe dimensions into practical material quantities. Instead of calculating each pipe individually, buyers can refer to the chart to estimate approximate kg per meter.

The chart can help with:

  • Material estimation
  • Project quantity calculations
  • Transportation planning
  • Procurement
  • Cost estimation
  • Fabrication planning
  • Inventory management
  • Tender and BOQ preparation
  • Warehouse stock estimation
  • Logistics planning

For example, knowing the kg/m value allows a procurement team to estimate the approximate total tonnage required for a project before requesting a quotation.

Applications of MS Pipes

MS Pipe Weight Chart 2026

MS pipes are used across many industries and engineering applications.

Construction

Used for structural supports, frameworks, railings, scaffolding, fencing, and general fabrication.

Water Supply

Suitable MS pipe specifications may be used for water transmission and utility systems where carbon steel is appropriate.

Industrial Engineering

Used for equipment supports, utility lines, fabrication, plant structures, and general engineering applications.

Agriculture

Used in irrigation systems, agricultural structures, water conveyance, and farm infrastructure.

Infrastructure

Used for barriers, utility supports, protective structures, poles, and other infrastructure requirements.

Fabrication

Mild steel’s weldability and machinability make it suitable for fabricated structures, frames, and mechanical assemblies.

Advantages of MS Pipes

MS pipes are widely used because they provide a combination of fabrication flexibility, availability, and mechanical properties.

Key advantages include:

  • Good weldability
  • Good ductility
  • Easy fabrication
  • Wide size availability
  • Multiple wall-thickness options
  • Suitable for structural applications
  • Easy cutting and machining
  • Broad availability
  • Competitive material cost

However, MS pipes are not inherently corrosion-proof. Depending on the service environment, painting, galvanizing, coating, lining or another suitable corrosion-control method may be required.

How to Select the Correct MS Pipe

Selecting an MS pipe should not be based only on weight. Buyers should consider the complete technical and commercial requirement.

Step 1: Identify the Nominal Bore

Determine the required nominal pipe size.

Step 2: Confirm the Outside Diameter

Check the OD specified by the applicable standard.

Step 3: Select Wall Thickness

Choose the required wall thickness based on the engineering and service requirements.

Step 4: Select Pipe Class

Where applicable, identify whether Light, Medium or Heavy class is required.

Step 5: Check the Applicable Standard

Verify the relevant IS, BS, ASTM, API or project specification.

Step 6: Calculate Required Quantity

Determine the required length and approximate total weight.

Step 7: Request a Current Quotation

Provide the exact size, thickness, class, quantity and delivery location to obtain a specification-specific quotation.

FAQ – MS Pipe Weight Chart 2026

1. What is an MS Pipe Weight Chart?

An MS Pipe Weight Chart is a reference table showing the approximate weight of mild steel pipes according to nominal size, outside diameter, wall thickness and pipe class.

2. What is the formula for MS pipe weight per meter?

The commonly used theoretical formula is:

Weight (kg/m) = 0.02466 × (OD − t) × t

Here, OD is the outside diameter in millimeters and t is the wall thickness in millimeters.

3. What is the weight of a 4-inch MS pipe?

The weight depends on wall thickness and pipe class. For example, a 4-inch pipe with approximately 114.3 mm OD and 4.5 mm wall thickness has a theoretical weight of around 12.18 kg/m.

4. What is the difference between Class A, Class B, and Class C MS pipes?

Class A generally represents a lighter wall category, Class B a medium wall category, and Class C a heavier wall category. Exact dimensions should be checked against the applicable specification.

5. How do I calculate the total weight of MS pipes?

Multiply the weight per meter by the total required length.

Total Weight = Weight per Meter × Total Length

For example, 10 kg/m × 100 m = 1,000 kg.

6. What factors affect MS pipe weight?

Pipe weight is affected by outside diameter, wall thickness, length, steel density, and manufacturing tolerances.

7. What is the MS pipe price per kg in India in 2026?

Indicative September 2026 market references in this article show different rates according to pipe type and supplier. Several common MS/ERW categories are listed around ₹57–₹75/kg, while larger or heavier products may have higher rates. Buyers should request a current quotation for the exact specification.

8. What is the standard length of an MS pipe?

Six meters is a common commercial pipe length, although other lengths, such as 3 m, 9 m, 12 m, and customized lengths, may be available depending on the product and supplier.

9. Can an MS pipe weight calculator calculate different pipe sizes?

Yes. A calculator can estimate theoretical pipe weight using the outside diameter and wall thickness. The calculated result should be compared with the manufacturer’s nominal weight for procurement.

10. Can this MS Pipe Weight Chart be used for procurement?

The chart is useful for preliminary estimation, costing, logistics, and material planning. For final procurement, buyers should verify the applicable standard, dimensions, tolerances, manufacturer’s data, inspection requirements, and current quotation.

Download MS Pipe Weight Chart 2026 PDF

For quick offline reference, download the MS Pipe Weight Chart 2026 PDF containing the relevant pipe size and weight information.

[DOWNLOAD MS PIPE WEIGHT CHART 2026 PDF]

Final Note

The MS Pipe Weight Chart 2026 – Kg per Meter, All Sizes + PDF provides a practical reference for understanding MS pipe dimensions, wall thickness, pipe class, and approximate weight per meter. Combining the chart with an online calculator can simplify material estimation, project planning, transportation calculations, and preliminary cost analysis.

For commercial purchasing, weight should not be considered the only selection factor. Always confirm the pipe standard, nominal size, outside diameter, wall thickness, class, grade, quantity, testing requirements, delivery location, and current market price before placing an order.

For MS pipe requirements, bulk quantities, technical specifications, and current quotations, contact Sachiya Steel International with your required pipe size, thickness, and quantity.

By |2026-09-26T10:44:33+05:30January 18th, 2020|Blogs, Weight Chart|
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