GI Pipe Weight Chart 2026: Complete Guide to GI Pipe Weights
GI Pipe Weight Chart 2026: Complete Guide to GI Pipe Weights

GI Pipe Weight Chart 2026: Complete Guide to GI Pipe Weights

The GI Pipe Weight Chart is an important reference for contractors, engineers, fabricators, architects, procurement professionals, and buyers involved in construction, plumbing, water supply, agriculture, infrastructure, and industrial projects. Knowing the weight of a galvanized iron pipe helps in material estimation, transportation planning, structural load calculations, procurement, inventory management, and project cost estimation.

GI pipes are manufactured in different nominal sizes, outside diameters, wall thicknesses, and classes. As the pipe size and wall thickness increase, the weight per meter also increases. This makes a reliable GI pipe weight chart an essential tool when selecting the right pipe for a particular application.

This guide provides GI pipe weight information, pipe dimensions, Class A, Class B and Class C weight references, weight calculation methods, GI pipe price guidance, practical applications, frequently asked questions, and useful information for project planning

Download GI Pipe Weight Chart 2026 PDF –Click here

GI Pipe Weight Chart Tables

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

GI Pipe Weight Chart – Round Pipes (IS 1239 Part 1)

Nominal Size	Outside Diameter (mm)	Wall Thickness (mm)	Class A Weight (kg/mtr)	Class B Weight (kg/mtr)	Class C Weight (kg/mtr)
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: These values are provided as reference data. Actual supplied weights can vary according to applicable standards, manufacturing tolerances, pipe dimensions, and zinc coating.

Download GI Pipe Weight Chart 2026 PDF- Click here

GI Pipe Price Per Kg & Price Per Meter 2026

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

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

The following table is provided as a reference for project estimation. The final price should always be confirmed with the supplier before placing an order.

GI Pipe Price Reference Table 2026

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

GI Pipe Price Disclaimer

GI pipe prices are subject to market fluctuations and may vary depending on steel prices, manufacturer, pipe class, wall thickness, zinc coating, order quantity, GST, freight charges, and delivery location.

The prices shown on this page should be treated as reference information and not as a fixed quotation. For the latest GI pipe price, buyers should request a current quotation based on the required size, specification, quantity, and delivery location.

GI Pipe Weight and Price: Why Both Matter

GI pipe weight and price are closely connected when planning construction, plumbing, industrial, agricultural, and infrastructure projects. While pipe dimensions determine the physical characteristics of a pipe, weight per meter helps buyers estimate total material requirements, transportation loads, handling requirements, and project costs.

A GI pipe weight chart provides the approximate weight of different pipe sizes according to their diameter, wall thickness, and applicable class. By using this information, contractors can estimate the total weight required for a project before purchasing the material.

For example, if a project requires 500 meters of GI pipe and the selected pipe weighs 10 kg per meter, the estimated material weight is:

500 × 10 = 5,000 kg

Therefore, the project would require approximately 5 metric tonnes of pipe, excluding packaging and other materials.

Weight information is also useful when comparing supplier quotations. Two pipes may have the same nominal size but different wall thicknesses. The heavier pipe contains more steel and may have a different price. Therefore, buyers should compare size, wall thickness, class, weight, manufacturer, and specification rather than comparing only the price per meter.

How to Calculate GI Pipe Price

GI pipe price can be estimated using the pipe weight and applicable price per kilogram.

Formula

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

Example

Suppose

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

Then:

5 × ₹80 = ₹400 per meter

For a 6-meter pipe:

₹400 × 6 = ₹2,400 per pipe

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

What Is a GI Pipe Weight Chart?

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

These charts are widely used by engineers, contractors, fabricators, suppliers, architects, and procurement teams for material estimation and project planning.

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

Total Pipe Weight Formula

Total Pipe Weight = Weight Per Meter × Total Pipe Length

For example, if a GI pipe weighs 7.35 kg/m and the required length is 100 meters:

7.35 × 100 = 735 kg

The estimated total pipe weight is therefore 735 kg.

How to Read a GI Pipe Weight Chart

Reading a GI pipe weight chart becomes easier once you understand the main specifications.

Nominal Pipe Size

Nominal size is generally expressed in inches, such as:

1/2 inch
3/4 inch
1 inch
1 1/4 inch
1 1/2 inch
2 inch
2 1/2 inch
3 inch
4 inch
6 inch

Outside Diameter

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

Wall Thickness

Wall thickness indicates the thickness of the steel wall. A thicker wall generally results in a heavier pipe.

Weight Per Meter

Weight per meter is generally expressed in kg/m. It tells you approximately how much one meter of pipe weighs.

Pipe Class

GI pipes can be supplied in different classes or specifications. Generally, lighter classes have lower weight while heavier classes have greater wall thickness and higher weight.

GI Pipe Weight Calculation Formula

The theoretical weight of a steel pipe can be estimated using 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 is useful for theoretical weight calculations. However, the actual weight of a finished GI pipe may differ slightly because of manufacturing tolerances and the zinc coating applied during galvanizing.

For critical applications, always verify the actual dimensions and manufacturer-certified weight.

GI Pipe Classes and Weight Variations

Class A GI Pipes

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

Their relatively lighter construction can make them suitable for applications where lower material weight is required and the operating conditions do not demand heavier wall thickness.

Before selecting Class A pipes, users should verify the required pressure, application, dimensions, and applicable standard.

Class B GI Pipes

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

They provide a balance between weight, strength, durability, and cost. Because of their versatility, medium-duty GI pipes are frequently considered for residential, commercial, and industrial requirements.

Class C GI Pipes

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

They may be considered for demanding installations, subject to the application requirements and relevant specifications.

When using heavier GI pipes, project planners should account for the additional weight during transportation, lifting, storage, and structural support calculations.

GI Pipe Class A Class B Class C

GI Pipe vs MS Pipe Weight

GI pipes and MS pipes are both steel-based products, but GI pipes receive a zinc coating through the galvanizing process.

The zinc coating provides additional corrosion protection and can slightly increase the finished weight compared with an uncoated steel pipe.

For accurate calculations, buyers should use the manufacturer’s GI pipe weight rather than assuming that the weight of a galvanized pipe will be exactly the same as an equivalent uncoated MS pipe.

The final weight may depend on:

Pipe dimensions
Wall thickness
Steel specification
Zinc coating
Manufacturing tolerance
Manufacturer

For large projects, even small differences in weight can affect transportation costs and material calculations.

Indian Standards for GI Pipes

Indian standards are important when selecting GI pipes because they provide requirements relating to dimensions, manufacturing, testing, and product quality.

IS 1239 Part 1

IS 1239 Part 1 is commonly referenced for steel tubes used for general engineering purposes. Buyers should confirm the current applicable edition and requirements for their specific application.

IS 4736

IS 4736 relates to hot-dip zinc coatings on iron and steel articles and is relevant to galvanizing requirements.

IS 3589

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

Always confirm the applicable standard and product specification before procurement, especially for critical engineering projects.

Factors Affecting GI Pipe Weight

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

Pipe Diameter

Larger diameter pipes generally require more steel material and therefore have higher weight.

Wall Thickness

Wall thickness is one of the most important factors affecting pipe weight. A thicker pipe wall generally means greater weight per meter.

Zinc Coating

The galvanizing process adds a zinc coating to the steel surface. The coating contributes to the final product weight.

Manufacturing Tolerances

Actual dimensions can vary within permitted manufacturing tolerances, resulting in small differences between theoretical and actual weight.

Steel Specification

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

Manufacturer

Different manufacturers may have slightly different production and coating practices. For critical applications, manufacturer-specific technical data should be checked.

Practical Applications of GI Pipe Weight Charts

GI pipe weight charts are useful in many industries and applications.

Material Estimation

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

Transportation Planning

Total pipe weight helps determine suitable vehicle capacity and transportation requirements.

Structural Load Calculations

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

Procurement Planning

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

Warehouse Management

Pipe weight information helps warehouse managers plan storage areas, racks, handling equipment, and floor-loading requirements.

Crane and Lifting Planning

For large or heavy pipes, weight information helps determine suitable lifting equipment and safe handling arrangements.

GI Pipe Weight for Transportation Planning

Transportation is one of the most practical uses of a GI pipe weight chart.

Before dispatching a large quantity of GI pipes, the total material weight should be estimated.

Formula

Total Weight = Weight Per Meter × Total Length

For example:

Pipe weight = 8 kg/m
Required quantity = 1,000 meters

8 × 1,000 = 8,000 kg

The estimated pipe weight is therefore 8,000 kg or 8 tonnes.

The actual transport planning should also consider bundles, packaging, loading equipment, vehicle capacity, and applicable road regulations.

GI Pipe Weight for Project Cost Estimation

GI pipe weight can also be used to estimate material cost when suppliers quote prices on a weight basis.

Example

Required pipe weight:

5,000 kg

Applicable rate:

₹80/kg

Estimated material cost:

5,000 × ₹80 = ₹4,00,000

This is an example calculation only. The final project cost may vary after adding GST, transportation, loading, unloading, fabrication, and other applicable charges.

Benefits of Using a GI Pipe Weight Chart

An accurate GI pipe weight chart provides several benefits:

Faster material estimation
Better transportation planning
Improved project budgeting
Easier supplier comparison
Better inventory planning
Improved structural load calculations
More accurate procurement
Reduced estimation errors
Better lifting and handling planning
Improved project efficiency

A reliable weight chart can save time during the initial planning and procurement stages of a project.

GI Pipe Weight and Measurement Guide

Before purchasing GI pipes, buyers should confirm the following specifications:

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 specifications to the supplier helps reduce confusion and improves quotation accuracy.

How to Choose the Right GI Pipe

Selecting the correct GI pipe should be based on the application rather than weight alone.

Consider the following factors:

Application

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

Pressure Requirement

Select the appropriate specification based on the required operating pressure and application.

Pipe Size

Choose the nominal size and outside diameter according to the required flow, connection, and system design.

Wall Thickness

Wall thickness should be selected according to application requirements and applicable specifications.

Corrosion Environment

The galvanizing requirement should be appropriate for the expected environmental conditions.

Quantity

Bulk quantities may require special transportation and commercial planning.

Manufacturer Specification

Always check the manufacturer’s technical documentation before finalizing a critical purchase.

Frequently Asked Questions About GI Pipe Weight and Price

1. What is a GI Pipe Weight Chart?

A GI Pipe Weight Chart is a reference table showing the approximate weight of GI 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. The reference table above provides different weight values for Class A, Class B, and Class C pipes.

3. How do I calculate GI pipe weight?

The theoretical weight can be estimated using:

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

where 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 because prices depend on size, class, manufacturer, zinc coating, quantity, steel market conditions, GST, freight, and delivery location. Contact the supplier for the latest quotation.

5. What is the GI pipe price per meter?

GI pipe price per meter depends on pipe size, wall thickness, class, manufacturer, quantity, and current market conditions. A supplier should provide the final price based on the required specification.

6. Does galvanizing increase GI pipe weight?

Yes. Galvanizing adds a zinc coating to the steel surface, so the finished GI pipe can weigh slightly more than an equivalent uncoated steel pipe.

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 specifications and weight/wall-thickness categories. Generally, lighter classes have lower weight, while heavier classes have greater wall thickness and higher weight.

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

Multiply the weight per meter by six.

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

5 × 6 = 30 kg

Therefore, the approximate weight of a 6-meter pipe is 30 kg.

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

IS 1239 Part 1 is commonly referenced for steel tubes used for general engineering purposes. The applicable standard should always be confirmed based on the pipe type 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 our team.

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

Request a Quote for GI Pipes

Conclusion

The GI Pipe Weight Chart is an essential reference for engineers, contractors, fabricators, procurement professionals, and project managers. It helps users understand pipe weight per meter, estimate total material requirements, plan transportation, calculate structural loads, and prepare project budgets.

GI pipe weight depends on several factors, including nominal size, outside diameter, wall thickness, pipe class, manufacturing tolerances, and galvanizing requirements. For accurate procurement, chart values should always be compared with the manufacturer’s technical documentation.

GI pipe pricing is also influenced by steel market conditions, pipe size, wall thickness, manufacturer, zinc coating, order quantity, GST, freight, and delivery location. Therefore, buyers should obtain a current quotation before finalizing an order.

By combining an accurate GI Pipe Weight Chart with proper weight calculations, current pricing information, manufacturer specifications, and project requirements, professionals can make better purchasing and planning decisions.

Last Updated: August , 2026

By Sachiya Steel International|2026-09-03T16:19:04+05:30November 19th, 2025|Weight Chart|

MS Angle Weight Chart 2026: Equal & Unequal Angle Weights
MS Angle Weight Chart 2026: Equal & Unequal Angle Weights

MS Angle Weight Chart 2026: Equal & Unequal Angle Weights

MS Angle Weight Chart 2026: Equal & Unequal Angle Weight, Sizes, Formula & Price

Last Updated: September 3, 2026

The MS Angle Weight Chart 2026 is a useful technical reference for engineers, contractors, architects, fabricators, builders, steel buyers, procurement professionals, and manufacturers who need to calculate the approximate weight of Mild Steel Angles before purchasing or using them in a project.

MS Angles are one of the most commonly used structural steel sections in construction, fabrication, industrial structures, warehouses, transmission towers, solar structures, machinery frames, support brackets, platforms, staircases, and general engineering applications.

This complete guide covers the MS Equal Angle Weight Chart, the MS Unequal Angle Weight Chart, MS Angle sizes, weight per meter, weight per foot, the MS Angle price in India, the weight calculation formula, grades, standards, applications, and frequently asked questions.

Sachiya Steel International Private Limited supplies and exports a wide range of steel products and provides technical information to help customers make informed decisions about material selection and procurement.

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

Download the MS Angle Weight Chart PDF.

Need the MS Angle Weight Chart for project planning, fabrication, estimation, or procurement?

Download our MS Angle Weight Chart PDF and keep the equal and unequal angle weight information available for quick offline reference.

[DOWNLOAD MS ANGLE WEIGHT CHART PDF]

The PDF can be useful for engineers, fabricators, contractors, purchase departments, project managers, and steel traders who regularly refer to MS Angle sizes and weights.

MS Equal Angle Weight Chart

An MS Equal Angle is an L-shaped structural steel section in which both legs have the same nominal length.

For example, a 50×50×6 mm MS Angle has:

Leg A = 50 mm
Leg B = 50 mm
Thickness = 6 mm

Equal angles are commonly selected for structural supports, bracing, frames, fabrication, towers, racks, platforms, and other applications where equal leg dimensions are suitable.

MS Equal Angle Weight Chart in Kg

Size (mm)	Thickness (mm)	Weight (kg/meter)	Weight (kg/foot)
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

An MS Unequal Angle has two legs of different nominal lengths.

For example, a 75×50×6 mm MS Angle has one leg measuring 75 mm, another measuring 50 mm, and a nominal thickness of 6 mm.

Unequal angles are useful when a project requires different leg dimensions or a specific structural orientation.

MS Unequal Angle Weight Chart in Kg

Size (mm)	Thickness (mm)	Weight (kg/meter)	Weight (kg/foot)
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 List 2026

MS Angle Price Today in India

The MS Angl

e price in India changes according to steel market conditions, raw material prices, grade, size, manufacturer, order quantity, location, GST, freight, and delivery requirements.

Current market listings checked in September 2026 show MS Angle prices around the low-to-high ₹50s per kg for several commonly traded structural grades and sizes. For example, a current market listing shows 50×50×6 mm E250 at ₹58,000/MT, equivalent to ₹58/kg, while another current Mumbai listing shows approximately ₹52/kg. These market references demonstrate why MS Angle prices should be treated as dynamic rather than as a permanent fixed rate.

Indicative MS Angle Price Table – September 2026

MS Angle Size	Indicative Market 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: The above rates are indicative market reference ranges checked in September 2026 and are not a fixed quotation from Sachiya Steel International. Actual MS Angle prices may change daily based on steel market movement, grade, size, quantity, manufacturer, location, GST, freight, and commercial terms. Please contact our sales team for the latest price and availability.

What Affects MS Angle Price?

Several factors can affect the final purchase price:

Steel market fluctuations
Raw material cost
Angle size
Angle thickness
Steel grade
Primary or secondary mill
Manufacturer
Order quantity
Delivery location
GST
Freight and transportation
Testing and certification
Packaging requirements

Therefore, customers should request a fresh quotation before finalizing a purchase order.

How to Calculate MS Angle Weight

The approximate weight of an MS Angle can be estimated using its leg dimensions, thickness, and steel density.

A commonly used theoretical formula 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 = angle thickness in mm
0.00785 = density factor based on approximately 7850 kg/m³

Example: 50×50×6 mm MS Angle

Weight:

(50 + 50 − 6) × 6 × 0.00785

= 94 × 6 × 0.00785

= 4.42 kg/m approximately

However, the nominal/tabulated weight in the chart is 4.50 kg/m.

This difference occurs because the simple formula is an approximation and does not fully represent the rolled geometry, including the corner/fillet radius and actual sectional dimensions.

Therefore, use formulas for preliminary estimation and use the applicable section table/manufacturer data when accurate procurement or engineering calculations are required.

MS Angle Weight Per Meter and Per Foot

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

To convert kg/m to kg/ft:

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

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 buyers and fabricators who work with both metric and imperial measurements.

How to Calculate Total MS Angle Weight

To calculate the approximate total weight of MS Angles required for a project:

Total Weight = Weight per Meter × Total Length

Example

Suppose you require 100 meters of 50×50×6 mm MS Angle.

Nominal weight:

4.50 kg/m

Total length:

100 meters

Therefore:

4.50 × 100 = 450 kg

Estimated total weight = 450 kg

For large projects, cutting waste, fabrication losses, connection details, and project-specific allowances should also be considered.

MS Angle Sizes and Specifications

MS Angles are identified by their leg dimensions and thickness.

Equal Angle Example

50×50×6 mm

First leg = 50 mm
Second leg = 50 mm
Thickness = 6 mm

Unequal Angle Example

75×50×6 mm

First leg = 75 mm
Second leg = 50 mm
Thickness = 6 mm

The appropriate size should be selected according to structural calculations, load requirements, connection details, fabrication requirements, and applicable project specifications.

Weight alone should not be used to determine whether an angle is suitable for a structural application.

MS Angle Grades and Standards

IS 2062

IS 2062 is widely used for structural steel products in India. Different grades and quality categories are available depending on the required mechanical properties and project requirements.

IS 2062 E250

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

Depending on the project, buyers may require specific grades, impact properties, testing requirements, or additional certification.

Dimensions and Tolerances

For structural steel sections, the applicable dimensional requirements and tolerances should be checked against the relevant Indian Standards and project specifications.

The original MS Angle guide on this website references IS 808 for dimensions and IS 1852 for tolerances.

Before ordering MS Angles, confirm:

Size
Thickness
Grade
Length
Dimensional tolerances
Mechanical properties
Chemical composition
Testing requirements
MTC requirements

MS Angle Manufacturers and Supply

MS Angles can be sourced from primary steel producers, approved mills, rerolling mills, stockists, traders, and distributors.

The appropriate source depends on the project’s grade, certification, quantity, delivery schedule, budget, and technical requirements.

For projects where traceability and certification are important, buyers should confirm the manufacturer’s details and request the relevant material documentation.

Sachiya Steel International supplies steel products for domestic and international requirements and can assist customers with product specifications, quantities, and commercial requirements.

Applications of MS Angles

MS Angles are used across construction, infrastructure, fabrication, manufacturing, and engineering industries.

1. Structural Steel Buildings

MS Angles are used for structural supports, bracing, frames, trusses, and fabricated steel structures.

2. Industrial Sheds

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

3. Transmission Towers

Angle sections are widely used in tower structures where bolted or fabricated connections are required.

4. Solar Structures

MS Angles can be used for selected solar support and mounting structures when specified by the engineering design.

5. Machinery Frames

Fabricators use MS Angles for machine frames, equipment supports, bases, brackets, and platforms.

6. Warehouses

They can be used for structural supports, racks, frames, brackets, and other fabricated warehouse components.

7. Staircases and Platforms

MS Angles can be incorporated into staircase frames, platforms, handrails, supports, and general structural fabrication.

8. Infrastructure Projects

MS Angles may be used in various infrastructure and engineering projects according to the applicable design and material specifications.

Advantages of MS Angles

High Strength

MS Angles provide useful structural strength when the correct size and grade are selected according to engineering requirements.

Easy Fabrication

They can generally be cut, drilled, welded, and assembled using suitable fabrication methods.

Excellent Weldability

Many commonly used mild and structural steel grades provide good weldability when appropriate welding procedures are followed.

Cost-Effective

MS Angles are widely available and can provide an economical structural section for many applications.

Wide Range of Sizes

Equal and unequal angles are available in numerous sizes and thicknesses.

Versatile Applications

They can be used across construction, fabrication, infrastructure, industrial, and engineering applications.

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/specialized structural applications
Selection	Based on structural design	Based on structural design and orientation

The selection between equal and unequal angles should be based on engineering requirements rather than simply choosing the heavier section.

Factors to Consider When Selecting an MS Angle

Before buying an MS Angle, consider:

1. Size

Select the required leg dimensions based on the design.

2. Thickness

Thickness affects weight, strength, fabrication, and cost.

3. Grade

Confirm the required steel grade, such as the applicable IS 2062 grade.

4. Length

Specify the required standard or cut length.

5. Quantity

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

6. Certification

If required, request the relevant MTC and testing documentation.

7. Surface Condition

Confirm whether the material should be supplied as hot rolled, coated, painted, galvanized, or otherwise specified.

8. Delivery

Freight and delivery location can significantly affect the final landed cost.

Quick Conversion Table

Unit	Equivalent
1 Meter	3,280.84 Feet
1 Foot	0.3048 meters
1 Inch	25.4 mm
1 Kilogram	2.20462 Pounds
1 Metric Ton	1000 kg

Frequently Asked Questions

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

The nominal weight shown in this chart is approximately 4.50 kg per meter or 1.37 kg per foot.

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

The nominal weight is approximately 5.80 kg per meter or 1.77 kg per foot.

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

The nominal weight is approximately 8.90 kg per meter or 2.71 kg per foot.

4. How do I calculate MS Angle weight?

A commonly used theoretical formula is:

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

The result is an approximate weight in kg/m.

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

MS Angle prices vary according to size, grade, manufacturer, quantity, location, and market conditions. Current September 2026 market references indicate that commonly traded MS Angles are around the ₹50s per kg, but customers should request a current quotation before purchase.

6. What is IS 2062 E250?

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

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

Equal angles have two legs of the same nominal length, while unequal angles have two legs of 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, and fabrication projects.

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

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

10. Does the actual weight always match the MS Angle Weight Chart?

No. The chart provides theoretical or nominal values. Actual supplied weight may vary because of rolling and dimensional tolerances. For critical requirements, verify the final specifications and material documentation with the supplier.

Related Steel Weight Charts

For more technical steel weight information, visit our related guides:

GI Pipe Weight Chart

Use our GI Pipe Weight Chart to find nominal weights of galvanized iron pipes based on size and specifications.

Internal Link: https://steeltube.co.in/gi-pipe-weight-chart/

MS Channel Weight Chart

Our MS Channel Weight Chart provides ISMC section sizes and corresponding weights in kg/m and kg/ft.

Internal Link: https://steeltube.co.in/ms-channel-weight-chart/

MS Pipe Weight Chart

Our MS Pipe Weight Chart provides weight information for different pipe sizes and classes.

Internal Link: https://steeltube.co.in/ms-pipe-weight-chart-in-kg/

Steel Weight Chart Category

Explore our collection of steel weight charts for pipes, tubes, channels, angles, and other products.

Internal Link: https://steeltube.co.in/category/weight-chart/

Why Choose Sachiya Steel International?

Sachiya Steel International Private Limited provides steel products for domestic and international customers.

Our team can assist with product specifications, quantities, availability, documentation, and quotation requirements.

Why Customers Choose Us

Wide range of steel products
Equal and unequal MS Angle availability
Support for structural steel requirements
Material documentation where applicable
Bulk order support
Domestic and export supply
Technical assistance
Competitive quotations
Reliable packaging and dispatch
Support for project-specific requirements

For an accurate quotation, customers should provide the required angle size, thickness, grade, quantity, length, and delivery location.

Contact Us for MS Angle Price & Availability

Looking for MS Angles, Equal Angles, Unequal Angles, MS Channels, MS Beams, Steel Plates, or other structural steel products?

Contact Sachiya Steel International Private Limited for product availability and quotation.

Company: Sachiya Steel International Private Limited

Phone: +91 9769056007

Email: [email protected]

Website: www.sachiyasteel.com

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

Request a Quote

When contacting our sales team, please provide:

MS Angle Size
Thickness
Equal or Unequal Angle
Required Grade
Quantity
Required Length
Delivery Location
MTC/Testing Requirements

This information will help our team provide a more accurate quotation and availability response.

Final Note

The MS Angle Weight Chart 2026 is designed to provide 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 can vary within applicable manufacturing tolerances.

MS Angle prices are also subject to market fluctuations. Therefore, the price section on this page should be treated as an indicative September 2026 market reference, and customers should contact Sachiya Steel International for the latest quotation.

Last Updated: September 3, 2026

By Sachiya Steel International|2026-09-07T12:31:41+05:30November 15th, 2025|Weight Chart|

MS Square Pipe Weight Chart & Calculation 2026: Complete Guide
MS Square Pipe Weight Chart & Calculation 2026: Complete Guide

MS Square Pipe Weight Chart & Calculation 2026: Complete Guide

Last Updated: September 2026

Accurate weight calculation is essential when purchasing, designing, transporting, and installing mild steel (MS) square pipes. Engineers, fabricators, contractors, architects, and procurement teams frequently use an MS Square Pipe Weight Chart to estimate material quantities, calculate structural loads, prepare quotations, and determine transportation requirements.

An MS Square Pipe, also known as a Square Hollow Section (SHS), consists of a square-shaped hollow steel section with a uniform wall thickness. Its weight depends mainly on the outside dimensions, wall thickness, steel density, and manufacturing tolerances.

For other commonly used pipe profiles, you can also explore our MS Rectangular Pipes and MS Round Pipes.

This updated MS Square Pipe Weight Chart 2026 guide explains the calculation formula, provides commonly used theoretical weights, discusses IS 4923 requirements, explains actual versus theoretical weight, and gives practical information for purchasing MS square pipes.

Download the MS Square Pipe Weight Chart PDF.

[Download MS Square Pipe Weight Chart 2026 – PDF]

The PDF version can contain the complete size-wise weight table, calculation formula, conversion information, and important purchasing notes. A PDF download is useful for engineers, estimators, fabricators, procurement teams, and site personnel who need quick access to MS square pipe weight information.

MS Square Pipe Weight Chart 2026

The following table provides approximate theoretical weights for commonly used MS square pipe sizes. The values are calculated using a nominal steel density of approximately 7850 kg/m³. Actual supplied weight can vary depending on manufacturing tolerances, dimensions, corner radius, and applicable specifications.

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	3.48
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: These are theoretical/approximate values intended for estimation. For commercial transactions, always consider the actual dimensions, applicable standard, mill tolerance, MTC, and supplied weight.

How to Calculate MS Square Pipe Weight

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

Basic Formula

Weight (kg/m) = Cross-Sectional Area (m²) × Steel Density (kg/m³)

For a square hollow section:

Cross-Sectional Area = Outer Area − Inner Area

Therefore:

Weight = [A² − (A − 2T)²] × 7850

Where:

A = Outside square dimension in metres
T = Wall thickness in metres
7850 kg/m³ = approximate density of mild steel

For additional size-wise weight information, refer to our MS Pipe Weight Chart.

Example: 40 × 40 × 3 mm MS Square Pipe

Outside dimension:

A = 40 mm = 0.040 m

Wall thickness:

T = 3 mm = 0.003 m

Inside dimension:

40 − (2 × 3) = 34 mm

Cross-sectional area:

40² − 34² = 1600 − 1156 = 444 mm²

Convert the area to square metres:

444 mm² = 0.000444 m²

Weight:

0.000444 × 7850 = approximately 3.49 kg/m

Therefore, the theoretical weight of a 40 × 40 × 3 mm MS Square Pipe is approximately 3.49 kg per meter.

MS Square Pipe Weight Per Foot

Many buyers and fabricators work in feet instead of metres. To convert the weight:

Weight per foot = Weight per metre ÷ 3.28084

For example, if a square pipe weighs 3.49 kg/m:

3.49 ÷ 3.28084 ≈ 1.06 kg/ft

For a standard 6-metre pipe:

Total weight = 3.49 × 6 = approximately 20.94 kg

This calculation is useful for estimating the total weight of individual pipes, bundles, truckloads, and project quantities.

For quick and convenient weight estimation, you can also use our Pipe Weight Calculator.

MS Square Pipe Weight Calculation for a Complete Order

Suppose a project requires:

100 pieces of 50 × 50 × 4 mm MS Square Pipe, each 6 metres long.

Approximate theoretical weight:

5.79 kg/m

Length per pipe:

6 m

Weight per pipe:

5.79 × 6 = 34.74 kg

For 100 pipes:

34.74 × 100 = 3474 kg

Therefore, the estimated total material weight is approximately:

3.474 MT

This type of calculation helps procurement teams estimate purchase quantities, transportation requirements, handling equipment, and approximate material costs before placing an order.

MS Square Pipe Price Section 2026

The price of MS Square Pipes is not determined by weight alone. Market prices can change according to raw material costs, steel market conditions, pipe dimensions, thickness, manufacturing process, quantity, location, GST, freight, and supplier terms.

For product specifications, available sizes, and related product information, visit our MS Square Pipes product page.

Indicative Price Calculation

A simple purchasing calculation can be made as follows:

Estimated Material Cost = Total Weight × Applicable Price per kg

For example, if the estimated order weight is 3,474 kg, the final material value can be calculated using the supplier’s current quoted rate per kilogram.

Because steel prices fluctuate, buyers should obtain a current quotation before making commercial decisions rather than relying on an old online price.

Factors Affecting MS Square Pipe Price

Steel raw material prices
Pipe size and wall thickness
Required grade and specification
Quantity ordered
Manufacturing process
Surface finish
Testing and certification requirements
GST and applicable taxes
Packing requirements
Delivery location
Freight and transportation
Market demand and availability

For the latest MS Square Pipe price, contact Sachiya Steel International Private Limited for a project-specific quotation based on size, thickness, quantity, standard, and delivery location.

MS Square Pipe Weight vs Length

Pipe length has a direct effect on total weight.

If the weight is known in kg/m, the total weight can be calculated using:

Total Weight = Weight per Metre × Total Length

For example:

Weight = 7.25 kg/m

Total length = 60 m

Therefore:

7.25 × 60 = 435 kg

This method is particularly useful for estimating the weight of multiple pipes when the order is specified in metres rather than individual pieces.

Why Wall Thickness Is Important

Wall thickness is one of the most important factors affecting the weight and structural performance of a square pipe.

For the same outside dimension, increasing the wall thickness increases:

Cross-sectional area
Weight per metre
Material consumption
Load-carrying capacity
Resistance to deformation
Structural stiffness

For example, a 50 × 50 mm square pipe with a 5 mm wall will weigh considerably more than a 50 × 50 mm pipe with a 2 mm wall.

However, selecting a thicker pipe solely because it weighs more is not necessarily the correct engineering approach. The required thickness should be selected according to structural calculations, loading conditions, design codes, corrosion allowance, connection details, and project specifications.

IS 4923 and MS Square Hollow Sections

For structural hollow sections in India, IS 4923 is an important specification covering steel hollow sections for structural applications.

When purchasing MS Square Pipes for structural work, buyers should clearly communicate:

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

Depending on the application, the buyer may also require a Material Test Certificate (MTC) confirming chemical and mechanical properties.

The standard and grade should always be verified against the specific project requirement rather than assuming that every commercially available MS square pipe has identical properties.

Theoretical Weight vs Actual Weight

An MS Square Pipe Weight Chart provides theoretical weight, while the actual weight of a manufactured pipe can differ.

Differences may occur because of:

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

Therefore, a weight chart should be used for estimation, design calculations, inventory planning, and preliminary costing. For final commercial reconciliation, the actual supplied weight and relevant contractual terms should be considered.

Applications of MS Square Pipes

MS Square Pipes are widely used because their hollow geometry provides a useful balance between strength, weight, fabrication flexibility, and material efficiency.

Common applications include:

Structural frameworks
Industrial sheds
Warehouse structures
Staircase fabrication
Railings and handrails
Gates and fencing
Machinery frames
Agricultural equipment
Automotive structures
Construction supports
Solar mounting structures
Furniture and fabrication
General engineering applications

The appropriate pipe size and thickness should be selected according to the required load, span, connection method, environmental conditions, and design requirements.

For applications where higher corrosion resistance is required, you can also explore our range of Stainless Steel Pipes.

How to Choose the Right MS Square Pipe

Choosing the correct square pipe requires more than checking the outside dimensions.

1. Confirm the Size

Determine whether the project requires 25 × 25, 40 × 40, 50 × 50, 100 × 100 mm, or another size.

2. Select the Wall Thickness

Thickness should be based on engineering requirements and expected loads.

3. Confirm the Standard

Specify the required IS or project standard before ordering.

4. Check Certification

For critical applications, request the relevant MTC and test documentation.

5. Calculate Total Weight

Use the kg/m value to estimate the complete order weight.

6. Compare Commercial Quotations

Compare quotations based on specification, weight, certification, delivery, taxes, and freight—not only price per kilogram.

Why Choose Sachiya Steel International Private Limited?

Sachiya Steel International Private Limited supplies industrial steel products for construction, engineering, fabrication, infrastructure, and other applications. As an experienced Steel Pipes Manufacturer in India, the company supplies products according to customer specifications and project requirements.

Customers can discuss their required square pipe size, thickness, quantity, standard, documentation, and delivery requirements before receiving a commercial quotation.

The company focuses on specification-based supply, quality documentation, dimensional requirements, and dependable material sourcing.

Whether you require a small fabrication quantity or a larger industrial order, providing the correct technical details helps ensure that the quotation matches the actual project requirement.

For MS Square Pipe enquiries, specifications, availability, or quotation requirements, Contact Sachiya Steel International for assistance with your order.

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 dimension and wall thickness. For example, a 40 × 40 × 3 mm MS square pipe has a theoretical weight of approximately 3.49 kg/m.

2. How is MS Square Pipe weight calculated?

The basic formula is:

Weight = [A² − (A − 2T)²] × 7850

where A is the outside dimension and T is the wall thickness, with dimensions converted into metres. You can also refer to our MS Pipe Weight Chart for commonly used sizes and theoretical weights.

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

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

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

Multiply the theoretical weight per metre by 6.

Example:

3.49 kg/m × 6 m = 20.94 kg per pipe.

5. Does thickness affect MS Square Pipe weight?

Yes. For the same outside dimensions, increasing wall thickness increases the cross-sectional area and therefore increases the weight per metre.

6. Is the weight shown in a weight chart the actual weight?

Usually, a weight chart provides theoretical or calculated weight. Actual supplied weight can vary within applicable manufacturing and dimensional tolerances.

7. What is IS 4923?

IS 4923 is an Indian Standard specification associated with steel hollow sections for structural use. Buyers should confirm the required edition, grade, dimensions, and project specification before ordering.

8. How can I calculate the total weight of an MS Square Pipe order?

Multiply weight per metre × total pipe length.

For individual pipes, multiply the kg/m value by the length of each pipe and then multiply by the number of pieces.

9. What information should I provide when requesting an MS Square Pipe quotation?

Provide the pipe size, wall thickness, length, quantity, required standard/grade, certification requirements, destination, and any special testing or packing requirements.

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

MS Square Pipe prices fluctuate with steel market conditions and order specifications. Contact Sachiya Steel International with your required size, thickness, quantity, and delivery location to obtain a current quotation.

Final Takeaway

The MS Square Pipe Weight Chart 2026 is an important reference for estimating material weight, transportation requirements, project quantities, and preliminary costs. However, theoretical weight should not be treated as a substitute for actual dimensional inspection, applicable tolerances, certification, and project-specific engineering requirements.

By understanding the relationship between outside dimensions, wall thickness, cross-sectional area, steel density, and pipe length, buyers and engineers can make more accurate calculations and better procurement decisions.

For reliable MS Square Pipe sourcing, provide complete technical specifications and request a quotation based on your actual project requirements.

Sachiya Steel International Private Limited

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

By Sachiya Steel International|2026-09-10T11:13:13+05:30October 13th, 2025|Weight Chart|

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

SS Pipe Weight Chart | Sizes, Calculator, PDF Download
SS Pipe Weight Chart | Sizes, Calculator, PDF Download

SS Pipe Weight Chart | Sizes, Calculator, PDF Download

SS Pipe Weight Chart – Comprehensive Guide for Accurate Calculations

When working with stainless steel pipes in industries like construction, manufacturing, or petrochemicals, having precise weight measurements is critical. This guide provides the most comprehensive and accurate SS pipe weight chart, detailed information on schedules, technical attributes, and user-friendly tools for calculation.

At Sachiya Steel International, we recognize the need for reliability. Our complete guide includes an interactive weight calculator, detailed explanations of schedules, and information on grades like SS 304 and SS 316, ensuring you have everything you need in one place.

What is an SS Pipe Weight Chart?

An SS pipe weight chart is a tabulated reference of the weights of stainless steel pipes, categorized by:

Outer Diameter (OD).
Wall Thickness or Schedule (SCH).
Material Grade (e.g., SS 304, SS 316).
Length or Unit (per foot or meter).

It is indispensable for professionals in industries like water treatment, chemical processing, and construction, where precision in calculations translates to optimized costs, better design, and stronger infrastructure.

Why Does Accuracy Matter?

Efficient Procurement – Prevent over-ordering or under-ordering materials.
Cost Optimization – Exact weights enable you to plan transportation costs and inventory management.
Project Precision – Knowing the exact pipe specifications ensures compliance with technical requirements.

This guide stands out by making weight calculations simple, accurate, and adapted to diverse needs.

How to Use Our Chart & Tools

Using our SS pipe weight chart is straightforward:

Identify the Pipe Size (Nominal or OD) – The outside diameter determines the pipe’s classification.
Choose the Schedule – Corresponds to wall thickness and determines the pressure-handling capacity.
Reference Weight Data – Easily find the weight per unit length in kg/m or lbs/ft.

For any custom sizes, our interactive weight calculator allows instant, accurate computation. Jump to the calculator section below for quicker solutions.

Stainless Steel Pipe Weight Chart

Our chart extends beyond common sizes to include data for SS 304, SS 316, and heavier-duty pipes like SCH XXS. It also specifies critical attributes like burst pressure for better project insights.

Pipe Size (inches)	Outer Diameter (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)	Wall Thickness (mm)	Burst Pressure (PSI)
1/2	21.34	0.89	1.12	1.36	2.15	2.50	–	2.11	3,200 PSI
3/4	26.67	1.14	1.38	1.82	2.94	3.75	–	2.77	2,900 PSI
1	33.40	1.73	2.00	2.87	4.80	6.21	7.85	3.38	2,700 PSI
1-1/4	42.17	2.33	2.62	3.88	6.56	8.39	10.75	3.56	2,500 PSI
2	60.33	4.25	4.90	7.63	12.73	15.99	18.85	5.54	2,100 PSI
4	114.30	8.23	9.80	16.43	33.04	41.20	50.25	6.02	1,650 PSI
10	273.05	25.60	31.90	64.50	149.45	182.85	208.62	12.7	800 PSI

Note: Weights are for SS 304 and SS 316 grades. Dimensions available up to 48 inches OD.

Pipe Grades and Their Applications

Different applications require pipes with specific properties. Here are details about the most commonly used SS grades:

1. Stainless Steel 304

Applications: Food processing, chemical storage, and construction.
Corrosion Resistance: Ideal for general-purpose use; resistant to most oxidizing acids.
Strength:
- Yield Strength = 205 MPa
- Tensile Strength = 515 MPa
Cost: Economical choice for most industries.

2. Stainless Steel 316

Applications: Marine, oil, pharmaceuticals, and high salinity environments.
Corrosion Resistance: Superior resistance due to molybdenum content.
Strength:
- Yield Strength = 290 MPa
- Tensile Strength = 515 MPa
Best Feature: Performance in extreme conditions.

3. Stainless Steel 304L and 316L

Difference: Lower carbon content than 304 and 316.
Applications:
- Welding-heavy projects.
- High-temperature usage.

Stainless Steel Pipe Weight Calculator

Use our interactive tool to get precise weight estimates in seconds. Input:

Outer Diameter.
Wall Thickness.
Length (in meters or feet).

? Access the Calculator Now

Manual Weight Calculation Formula

For those running offline calculations:

Formula:
Weight (kg) = (OD – Wall Thickness) × Wall Thickness × Length × Density.
Example:
OD = 60 mm, Wall = 5 mm, Length = 1 m:
- Weight = (60 – 5) × 5 × 1 × 0.02466 ≈ 6.76 kg/m.

Downloadable Resources

Save time with one-click downloadable resources:

? Download the Full Pipe Weight Chart PDF.

Applications of Stainless Steel Pipes

1. Industrial and Manufacturing

Suitable for transporting chemicals, gases, and fluids.
Common in petrochemical and oil refinery plants.

2. Construction

Widely used in structural frameworks for buildings and bridges.

3. Marine & High-Salinity Environments

SS 316 pipes are corrosion-resistant, making them ideal for saltwater exposure.

4. Food & Beverage Processing

SS pipes ensure hygiene and corrosion resistance, critical in food-grade applications.

FAQs

1. What is the heaviest schedule for SS pipes?

SCH XXS (Double Extra Strong) offers maximum wall thickness and pressure-handling capacity.

2. How can I choose between SS 304 and SS 316?

Select SS 316 for intense corrosive environments (marine/oil). Use SS 304 for general-purpose applications.

3. How does pipe weight affect transportation?

Lighter schedules like SCH 5 and SCH 10 reduce transportation costs for large-volume projects. Use our chart for an optimized balance between thickness and weight.

4. Why are burst pressure values important?

Burst pressure indicates the maximum internal pressure that the pipe can handle before failure, ensuring safety in high-performance systems.

Why Choose Sachiya Steel International?

When you choose us, you’re opting for reliability, innovation, and unmatched quality:

Comprehensive Data for all stainless steel grades.
Intuitive Tools, including online calculators and PDF resources.
Expert Advice tailored to your project’s requirements.

? Contact Experts Now for technical advice or get a customized quote for your project.

Achieve excellence in your next project with the most trusted data, tools, and guidance from Sachiya Steel International!

By Sachiya Steel International|2025-04-04T16:34:51+05:30August 6th, 2022|Weight Chart|

MS Channel Weight Chart | Download PDF & Compare Sizes
MS Channel Weight Chart | Download PDF & Compare Sizes

MS Channel Weight Chart | Download PDF & Compare Sizes

Introduction to MS Channels

MS channels, or mild steel channels, are fundamental structural elements widely used in construction, engineering, and fabrication projects. Known for their excellent load-bearing capacity and durability, MS channels offer a cost-effective solution for a variety of structural needs. These steel channels are available in a range of sizes and dimensions, making them adaptable for everything from small-scale fabrication to large construction projects.

Accurate knowledge of ms channel weight is essential for project planning, as it impacts both structural design and material estimation. Tools like the weight chart, channel weight calculator, and ismc weight chart help engineers and builders determine the precise channel weight required for their applications. By using these resources, you can ensure optimal use of mild steel channels, manage costs effectively, and achieve reliable structural performance.

MS Channel Weight Chart – The Ultimate Guide for Steel Channel Calculations

Steel channels, including MS Channels, C Channels, and I Channels, are indispensable in construction, manufacturing, and heavy engineering projects. Accurate weight calculations for these steel profiles are crucial for cost management, material selection, and project efficiency.

This guide covers the dimensions and weights of beams, joists, and channels, helping users compare structural sizes for different applications.

Dive into this comprehensive guide, equipped with detailed weight charts, calculators, and resources tailored to your needs. Weight tables are provided to assist in selecting the appropriate steel channel based on project requirements. Whether you’re looking for standard weight sizes, seeking sustainable options, or planning complex projects, we’ve got you covered.

MS Channel Applications

MS channels are prized for their versatility and strength, making them indispensable across numerous industries. In construction, ms channels are commonly used for building frames, roofing supports, and flooring systems, providing robust structural support for both commercial and residential projects. Their excellent load-bearing capacity also makes them ideal for use in material handling equipment, vehicle frames, and machinery structures.

Beyond construction, ms channels serve as essential components in the fabrication of storage racks, warehouse shelving, and support systems for heavy objects. The ability to select the right flange width and ms channel unit weight using a channel weight calculator ensures that each application meets specific load and safety requirements. Whether you’re designing storage solutions or reinforcing vehicle frames, ms channels deliver the strength and reliability needed for demanding environments.

Discover Accurate Tools and Resources

Downloadable MS Channel Weight PDF

To make your calculations easier, we’ve provided an updated and downloadable PDF featuring expanded MS channel weight charts with accurate dimensions and sectional properties. Save time by downloading our high-quality MS Channel Weight Chart PDF.

Interactive Weight Calculator

Don’t forget to use our Interactive Weight Calculator. It offers real-time weight calculations for MS, C, and I channels based on your inputs for web height, flange width, material thickness, and length.

Features:

Calculate weight per foot, per meter, or for total length.
Supports custom dimensions for non-standard sizes.
View and export results in PDF format.

Access it here for reliable results every time.

MS Channel Weight Chart

Here’s a detailed weight chart for commonly used ISMC profiles, ensuring precise dimensions and weights.

Size (ISMC)	Web Height (mm)	Flange Width (mm)	Flange Thickness (mm)	Web Thickness (mm)	Weight (kg/m)	Weight (kg/ft)
ISMC 75 x 40 x 4.8	75	40	4.8	4.0	7.14	2.176
ISMC 100 x 50 x 5	100	50	5.0	4.7	9.56	2.914
ISMC 125 x 65 x 5.3	125	65	5.3	5.0	13.10	3.993
ISMC 150 x 75 x 5.7	150	75	5.7	5.4	16.80	5.121
ISMC 175 x 75 x 6.0	175	75	6.0	5.7	19.60	5.975
ISMC 200 x 75 x 6.2	200	75	6.2	6.1	22.30	6.798
ISMC 250 x 82 x 9	250	82	9.0	7.1	34.20	10.426
ISMC 300 x 90 x 7.8	300	90	7.8	7.6	36.30	11.067
ISMC 400 x 100 x 8.8	400	100	8.8	8.6	50.10	15.274

This table provides the section weight and sectional weight for each mild steel channel unit, making it easy to compare different profiles. To calculate the weight per meter of a channel, you can use the sectional area and multiply it by the density of steel. The size weight of each ISMC profile is also important for accurate cost estimation and material planning in construction projects.

Looking for more sizes? Check our complete weight chart PDF.

Need help with weight calculations? Watch this video for a practical demonstration of using the MS channel weight chart effectively

Joists, Channels, and Angles

Joists, channels, and angles are key structural steel components that form the backbone of many construction and engineering projects. Among these, ms channels—manufactured as hot rolled steel channels—stand out for their distinctive C-shaped profile and adaptability. Available in popular sizes such as ISMC 75 and ISMC 150, these steel channels are designed to handle significant loads while maintaining structural integrity.

The weight of ms channels is typically measured per meter, and accurate calculations are crucial for ensuring the safety and efficiency of support structures. Utilizing a weight chart or channel weight calculator allows engineers to determine the precise channel weight required for joists, beams, and other structural elements. This is especially important in large-scale projects managed by leading steel manufacturers and organizations like india limited, where the weight of beams joists and channels must be carefully coordinated for optimal performance.

Indian Standard Medium (ISM) Channels

Indian Standard Medium (ISM) channels, commonly referred to as ISMC channels, are produced in accordance with the IS 808 code and are available in various grades under IS 2062 standards. These channels are engineered to meet the rigorous demands of the steel industry, offering standardized dimensions for depth, flange width, thickness, and weight per meter. The ismc weight chart and channel weight chart provide essential data for selecting the right channel size and calculating the required material for any project.

For engineers and builders, the channel weight calculator is an invaluable tool for determining the exact weight per meter of ISMC channels, ensuring precise material estimation and structural design. Whether you’re working with indian standard medium channel sizes or custom specifications, these resources help streamline the planning process and guarantee compliance with indian standard requirements. By choosing ISMC channels, you benefit from reliable quality, consistent sectional properties, and the assurance of industry-standard performance.

MS vs C vs I Channels – How to Choose the Right One

Choosing between MS, C, and I channels often depends on the project’s requirements. MS C channel and hot rolled steel channel are common metal types used in construction, each with unique properties and applications. Here’s a side-by-side comparison to make it easier for you to decide.

Parameter	MS Channel	C Channel	I Channel
Shape	Rectangular C-like	U-Shaped	I-Shaped
Stiffness	Moderate	Moderate	High
Applications	Structures, EOT cranes	Roofing, Purlins	Bridges, Heavy Loads
Weight	Lower	Moderate	Heavy
Cost-Effectiveness	High	Moderate	High Investment

Need help? Request a Quote for custom recommendations based on your specific requirements.

How to Calculate MS Channel Weight

Steel weight calculation becomes seamless with our guide. Here’s how you can manually calculate weight:

Formula

Weight (kg/m) = Volume x Density of Steel (7850 kg/m³)

Steps to Calculate

Measure the Web height, Flange width, Thickness, and Length.
Use the formula to calculate weight per meter.
Multiply the weight per meter by the total length.

Example
For a 100 x 50 x 5mm ISMC, and total length of 12 meters:

Weight per meter = 9.56 kg/m.
Total weight = 9.56 x 12 = 114.72 kg.

For quick calculations, use our digital weight calculator.

Certifications and Global Delivery

Our steel channels comply with major certifications like IS 2062 E250 for structural applications. Major steel plants such as Bhilai Steel Plant, Rashtriya Ispat Nigam Limited (Vizag Steel Plant), and Steel Authority of India Limited are recognized for producing certified structural steel channels. Sourcing from a reputable steel plant ensures compliance with industry standards.

Regions We Serve

We offer seamless delivery across multiple regions, including:

Asia: India, UAE, Qatar, and Thailand.
Europe: Germany, UK, and France.
North America: USA and Canada.

Why Choose Us?

Fast shipping to 50+ countries with reliable logistics.
Fully certified materials meeting industry standards.

How Steel Channels Support Sustainability

Steel is one of the most recycled materials in the world. With over 90% recyclability, it’s a sustainable choice for environmentally conscious projects.

Additionally, the corrosion resistance of steel channels contributes significantly to their long service life and overall sustainability.

Benefits of Steel Channels

Reduced waste and resource conservation.
Durable enough to require fewer replacements.
Energy-efficient manufacturing processes.

Invest in eco-friendly building solutions with quality steel channels.

Looking for more weight charts? Visit our SS pipe weight chart and MS pipe weight chart to find the perfect fit for your project needs.

FAQs for Deeper Insights

1. How do I download the weight chart?

Click here to download the comprehensive MS Channel Weight Chart PDF for offline use.

2. Which standards do MS channels follow?

Common standards include IS 808-1989, IS 2062 E250 (grades A & B), and tolerances as per IS 1852-1985.

3. Can I calculate non-standard channel sizes?

Yes, use our interactive weight calculator to input custom dimensions (length, height, thickness) for instant results.

4. Is global delivery available?

Absolutely. We deliver to Asia, North America, Europe, and beyond. Contact us for your region’s logistics details.

5. What’s the difference between ISMC and C Channels?

While both are C-shaped, ISMCs are industrial-grade profiles with precise IS 808 standards, often heavier and sturdier than commercial C Channels.

Have more questions? Add them in the comments section or get in touch directly!

Take the Next Steps – Download, Calculate, Optimize!

Compare ISMC profiles using our Calculator.
Download the MS Channel Weight Chart PDF for complete sizes and sectional details.
Contact Us for expert consultation or Request a Quote for your unique requirements.

Make your projects efficient and cost-effective with our unmatched resources today!

By Sachiya Steel International|2025-10-29T18:48:33+05:30August 1st, 2022|Weight Chart|

ISMB Weight Chart and ISMC Weight Chart 2026
ISMB Weight Chart and ISMC Weight Chart 2026

ISMB Weight Chart and ISMC Weight Chart 2026

ISMB Weight Chart and ISMC Weight Chart 2026: Sizes, Dimensions, Weight, Formula & Price

Last Updated: September 12, 2026

The ISMB Weight Chart and ISMC Weight Chart 2026 are useful references for engineers, contractors, fabricators, architects, procurement teams and construction professionals who need accurate information about structural steel beam and channel sections. ISMB beams and ISMC channels are widely used in industrial buildings, warehouses, structural frames, platforms, machinery supports, bridges, fabrication projects and infrastructure applications.

An accurate ISMB Weight Chart and ISMC Weight Chart 2026 help calculate steel quantities, approximate material costs, transportation requirements, and the number of sections required for a project. The weight of each section depends on its standard designation, dimensions, cross-sectional area and unit mass.

This complete guide covers ISMB and ISMC sizes, dimensions, weight per meter, weight per 6-meter length, weight calculation formulas, current 2026 steel price references, applications, standards, specifications, and frequently asked questions.

What Is ISMB?

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

ISMB beams are commonly used in:

Industrial buildings
Warehouses
Factory structures
Bridges
Platforms
Structural frames
Columns
Machinery supports
Steel buildings
Infrastructure projects

The designation generally indicates the nominal depth of the beam in millimeters. For example, ISMB 200 represents a beam with a nominal depth of approximately 200 mm.

For structural design and procurement, the exact section dimensions, unit weight, and applicable standard should always be verified against the project specification.

What Is ISMC?

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 used for:

Structural supports
Industrial frames
Purlins
Bracing
Platforms
Machinery bases
Trailer structures
Fabrication
Warehouse structures
General engineering applications

The ISMC designation generally corresponds to the nominal channel depth. For example, ISMC 150 represents a channel with a nominal depth of approximately 150 mm.

ISMB Weight Chart and ISMC Weight Chart 2026

The following tables provide commonly referenced section sizes and unit weights for ISMB beams and ISMC channels.

ISMC Weight Chart 2026

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

These values are the commonly referenced ISMC table used on Sachiya Steel’s current ISMC content.

Important: Different published tables can show different values when the section profile, dimensional series, or manufacturing specification differs. Always verify the exact designation and applicable standard before placing a purchase order.

ISMB Weight Chart 2026

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

The current Sachiya Steel ISMB reference provides these commonly used ISMB unit-weight values and identifies them with the IS 808 section reference.

For final engineering calculations, always use the approved section table applicable to the project.

ISMC Weight Chart 2026 Per Meter and Per 6-Meter

A simple way to understand an ISMC Weight Chart 2026 is to convert the unit weight from kilograms per meter into the approximate weight of a standard 6-meter length.

ISMC Size	Weight kg/m	Approx. Weight for 6 m
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

Example

For ISMC 200:

Weight = 22.1 kg/m

For a 6-meter section:

22.1 × 6 = 132.6 kg

Therefore, one 6-meter ISMC 200 section weighs approximately 132.6 kg based on this unit-weight table.

ISMB Weight Chart 2026 Per Meter and Per 6 Meter

The same calculation can be applied to ISMB sections.

ISMB Size	Weight kg/m	Approx. Weight for 6 m
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 Weight Chart and ISMC Weight Chart 2026: How to Calculate Weight

The basic formula is

Total Weight = Weight per Meter × Length × Quantity

For example, if you require 20 pieces of ISMC 150, each having a length of 6 meters:

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 metric tons

This formula can be used for quick quantity estimation and purchase planning.

ISMC Weight Calculation Formula

The weight of a steel channel can also be calculated from its cross-sectional area and steel density.

Weight = Volume × Density

For steel, a commonly used density for calculation is approximately

7,850 kg/m³

When the cross-sectional area is known:

Weight per meter = Cross-sectional area × Steel density

However, because rolled structural sections include webs, flanges, fillets, and radii, using the standardized unit weight for the exact section is generally more practical than estimating the profile as simple rectangles.

ISMB Weight Calculation Example

Suppose you require:

ISMB 250

Unit weight:

31.5 kg/m

Required length:

12 metres

Quantity:

10 pieces

Calculation:

31.5 × 12 × 10 = 3,780 kg

Therefore:

Total weight = 3.78 MT

This method helps purchasing departments estimate the approximate tonnage required before requesting a quotation.

Current ISMC Price Per Kg in India 2026

ISMC prices change according to steel-market conditions, section size, grade, manufacturer, quantity, location, freight and applicable taxes.

As a current September 2026 market reference, an online structural-steel price tracker lists MS channel prices in the range of approximately ₹55–₹80/kg. A 100 × 50 mm E250 BR primary channel is currently listed at ₹59,000/MT, equivalent to approximately ₹59/kg, while a rerolled listing is ₹51,300/MT.

Current ISMC Price Reference 2026

Product / Reference	Current Market Reference
MS Channel – general online range	₹55–₹80/kg
100 × 50 mm E250 BR Primary Channel	₹59,000/MT
100 × 50 mm E250 BR Rerolled Channel	₹51,300/MT
Equivalent primary 100 × 50 rate	Approx. ₹59/kg

These are market references, not a fixed quotation for every ISMC size. Final pricing should be requested according to the exact section, grade, brand, quantity and delivery location.

Current ISMB Price Per Kg in India 2026

Current market listings also provide live references for structural beams. One current listing shows a 200 × 100 mm E250 BR beam at ₹59,500/MT, equivalent to approximately ₹59.50/kg.

Product / Reference	Current Market Reference
MS Beam 200 × 100 mm E250 BR	₹59,500/MT
Equivalent price per kg	Approx. ₹59.50/kg

The final ISMB price can be higher or lower depending on the exact size, manufacturer, grade, order quantity, location, freight and taxes.

ISMC and ISMB Price Factors in 2026

The price of structural steel sections is influenced by several factors.

Steel Grade

E250, E350 and other grades can have different commercial values depending on availability and project requirements.

Section Size

Larger and heavier sections contain more steel per meter, which affects the price per piece and total project cost.

Manufacturer

Primary mill material and rerolled material may have different prices and documentation requirements.

Quantity

Bulk project orders can receive different prices from small quantities.

Location

Steel prices vary between Mumbai, Delhi, Ahmedabad, Kolkata, Chennai, Raipur, and other markets because of local availability and transportation.

Freight

The delivered cost includes transportation from the supplier or stockyard to the project location.

Taxes

GST and other applicable charges should be checked when comparing quotations.

Market Conditions

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

ISMC vs ISMB

Feature	ISMC	ISMB
Full Form	Indian Standard Medium Weight Channel	Indian Standard Medium Beam
Shape	C-shaped	I-shaped
Main Function	Structural support and framing	Load-bearing structural member
Typical Application	Supports, purlins, bracing	Beams, columns, frames
Cross Section	Channel	I-section
Weight	Depends on size	Depends on size
Fabrication	Easy to fabricate	Commonly fabricated
Selection	Based on design requirements	Based on span and loading

ISMC and ISMB should not be treated as interchangeable products. The appropriate section depends on the structural design and required load capacity.

ISMC Applications

ISMC channels are widely used in:

Industrial sheds
Warehouse structures
Structural frames
Purlins
Bracing
Platforms
Machine bases
Equipment supports
Trailer frames
Truck bodies
Fabrication projects
Walkways
Gantry structures
Infrastructure projects
Power plants
Petrochemical facilities

ISMB Applications

ISMB beams are commonly used for:

Building structures
Factory buildings
Warehouses
Industrial sheds
Bridges
Platforms
Columns
Roof structures
Machinery supports
Steel frames
Infrastructure projects
Power plants
Heavy fabrication
Commercial construction

IS 808:2021 for ISMB and ISMC Sections

The Bureau of Indian Standards currently lists IS 808:2021 – Hot Rolled Steel Beam, Column, Channel, and Angle Sections – Dimensions and Properties, Fourth Revision.

This is important when preparing a current 2026 technical article because older online pages may continue to reference IS 808:1989.

For a project specification, always verify the applicable edition, section designation, and dimensional requirements before ordering.

External reference: Bureau of Indian Standards — IS 808:2021.

ISMC and ISMB Material Grades

Structural sections may be available in grades such as

E250
E250A
E250BR
E275
E300
E350
E350BR
E410
E450
E550
E600

The required grade should be selected according to the structural design and project specification.

Do not select a higher or lower grade only because of price. The grade must meet the engineering and project requirements.

How to Choose the Correct ISMC Size

Choosing an ISMC size should not be based only on its weight.

Consider:

Required load
Span
Support conditions
Bending requirement
Shear requirement
Deflection limits
Section properties
Steel grade
Connection method
Applicable design code

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

How to Choose the Correct ISMB Size

ISMB selection should consider:

Span
Dead load
Live load
Wind load
Seismic requirements
Support conditions
Bending moment
Shear force
Deflection
Connection design
Steel grade
Project standard

The largest beam is not automatically the best option. The correct section is the one that satisfies the engineering design requirements efficiently.

ISMC Lengths Available

Depending on the manufacturer and stock availability, structural channels may be supplied in:

3 meters
5 meters
6 meters
8 meters
12 meters

Special lengths may also be available against enquiry.

When requesting a quotation, always specify the required length because the total weight and transportation cost depend on it.

ISMB Lengths Available

ISMB beams can also be supplied in commercial lengths depending on manufacturer and project requirements.

Common requirements include:

6 meters
12 meters

Special lengths and cutting requirements can be discussed with the supplier.

Quality Checks for ISMC and ISMB

Before accepting structural steel, buyers should check:

Dimensions

Verify:

Overall depth
Flange width
Web thickness
Flange thickness
Length
Straightness

Weight

Compare the actual unit weight with the specified section table.

Material Grade

Confirm the specified steel grade against the material certificate.

Surface Condition

Check for:

Excessive rust
Cracks
Laminations
Mechanical damage
Surface defects

Documentation

For certified material, request the following:

Mill Test Certificate
Material Test Certificate
Heat number
Chemical composition
Mechanical properties
Dimensional details

ISMB Weight Chart and ISMC Weight Chart 2026 for Project Estimation

An ISMB Weight Chart and ISMC Weight Chart 2026 can help project teams estimate the quantity of steel required before purchasing.

For example, if a project requires 100 meters of ISMC 150:

Unit weight = 16.4 kg/m

Total length = 100 m

Therefore:

16.4 × 100 = 1,640 kg

The approximate material requirement is:

1.64 MT

A project estimator can then multiply the estimated tonnage by the applicable current steel rate to obtain a preliminary material budget.

Current Steel Price Calculation Example

Suppose the quoted channel rate is:

₹59/kg

and the required ISMC material weighs:

1,640 kg

Estimated basic material value:

1,640 × ₹59 = ₹96,760

The final invoice may differ after adding applicable GST, freight, loading, unloading, cutting, and other commercial charges.

Therefore, the ISMB Weight Chart and ISMC Weight Chart 2026 should be used for quantity estimation, while the supplier quotation should be used for final purchase pricing.

ISMC and ISMB Buying Checklist

Before placing your order, confirm:

Exact section designation
Size
Dimensions
Weight per meter
Length
Quantity
Steel grade
Applicable standard
Manufacturer
Primary or rerolled material
MTC requirement
Delivery location
GST
Freight
Payment terms
Delivery schedule

Providing all these details helps the supplier prepare an accurate quotation.

Buy Structural Steel from India

Sachiya Steel International Private Limited is a Mumbai-based industrial steel supplier and exporter offering a broad range of steel products for industrial and engineering requirements.

The company’s current website identifies its product range as including pipes and tubes, pipe fittings, flanges, fasteners, and DIN 3015 tube clamps, with products supplied to international markets.

For a structural steel enquiry, provide your required:

Size + Grade + Quantity + Length + Delivery Location

This allows the sales team to check availability and provide the appropriate quotation.

Frequently Asked Questions About ISMB Weight Chart and ISMC Weight Chart 2026

What is the ISMB Weight Chart and ISMC Weight Chart 2026 used for?

The ISMB Weight Chart and ISMC Weight Chart 2026 are used to identify structural-section unit weights, estimate total steel quantities, calculate approximate piece weights, and support procurement planning.

What is ISMC?

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

What is ISMB?

ISMB means Indian Standard Medium Beam. It is an I-shaped structural steel section used for load-bearing applications.

What is the weight of ISMC 100?

The referenced ISMC table gives 9.2 kg/m for ISMC 100.

What is the weight of ISMC 150?

The referenced table gives 16.4 kg/m for ISMC 150.

What is the weight of ISMC 200?

The referenced table gives 22.1 kg/m for ISMC 200.

What is the weight of ISMC 250?

The referenced table gives 30.4 kg/m for ISMC 250.

What is the weight of ISMC 300?

The referenced table gives 38.8 kg/m for ISMC 300.

What is the weight of ISMB 200?

The referenced ISMB table gives 22.2 kg/m for ISMB 200.

What is the weight of ISMB 300?

The referenced ISMB table gives 42.1 kg/m for ISMB 300.

What is the weight of ISMB 400?

The referenced ISMB table gives 61.6 kg/m for ISMB 400.

What is the current ISMC price per kg in India?

Current online market references show MS channel prices around ₹55–₹80/kg, with the exact price depending on size, grade, manufacturer, location, and quantity.

What is the current ISMC 100 price?

A current market listing shows a 100 × 50 mm E250 BR primary channel at ₹59,000/MT, approximately ₹59/kg.

What is the current ISMB price?

A current market reference shows a 200 × 100 mm E250 BR beam at ₹59,500/MT, approximately ₹59.50/kg.

Is IS 808:2021 the current standard?

The Bureau of Indian Standards currently lists IS 808:2021 for hot-rolled steel beams, columns, channel, and angle sections.

How is ISMC weight calculated?

Use:

Total Weight = Weight per Meter × Length × Quantity

For example, 20 pieces of 6-meter ISMC 150:

16.4 × 6 × 20 = 1,968 kg

How is ISMB weight calculated?

Use the same formula:

Total Weight = Weight per Meter × Length × Quantity

The unit weight should be taken from the applicable section table.

Does the ISMC price include GST?

Not necessarily. Always check whether the quotation includes GST, freight, loading, unloading, and other charges.

Can I get a quotation for ISMC and ISMB?

Yes. For an accurate quotation, provide the section size, grade, quantity, length, and delivery location.

Conclusion

The ISMB Weight Chart and ISMC Weight Chart 2026 provide a practical reference for calculating structural steel quantities, piece weights, and approximate project requirements. ISMC channels are commonly used for structural supports, framing, purlins, bracing and fabrication, while ISMB beams are widely used for load-bearing structural applications.

For accurate procurement, always verify the exact section designation, dimensions, unit weight, steel grade, applicable standard, manufacturer, and length.

The current 2026 market references show that structural steel prices remain variable. A general MS channel benchmark is currently around ₹55–₹80/kg, while specific listed products can have different rates depending on whether the material is primary or rerolled and where it is supplied.

For the final purchase price, request a current quotation based on your exact requirement.

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

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

By Sachiya Steel International|2026-09-12T18:59:31+05:30July 15th, 2022|Weight Chart|

MS Pipe Weight Chart In KG (2025)
MS Pipe Weight Chart In KG (2025)

MS Pipe Weight Chart In KG (2025)

Introduction to Mild Steel Pipe

Mild Steel Pipe, often referred to as MS Pipe, is a type of low carbon steel pipe renowned for its excellent strength, ductility, and ease of fabrication. As a versatile material, mild steel pipe is widely used across various industries, including water supply systems, structural construction, mechanical engineering, and general fabrication. The low carbon content in MS pipes makes them easy to weld and form, while still providing the durability required for demanding applications. Whether used in water supply, oil and gas, or as a structural element, MS pipes offer a reliable and cost-effective solution. Understanding the unique properties and broad applications of mild steel pipe is essential for selecting the right material for your project, ensuring both performance and longevity.

Classification of MS Pipe

MS pipes are categorized based on their nominal bore (NB) and wall thickness, which are standardized to meet diverse industry requirements. The classification system helps users select the appropriate pipe for their specific needs, balancing weight, strength, and cost. The most common classifications are Class A (Light), Class B (Medium), and Class C (Heavy). Class A pipes have thinner walls and are lighter, making them suitable for low-pressure applications. Class B pipes offer a medium wall thickness, providing a balance between strength and weight, while Class C pipes feature the thickest walls, delivering maximum strength and durability for heavy-duty and high-pressure uses. Choosing the correct class ensures that the ms pipes will perform optimally in their intended application, whether for water supply, structural support, or industrial use.

MS Pipe Size and Dimensions

MS pipes are available in a wide range of sizes, defined primarily by their outer diameter (OD) and nominal bore (NB). The pipe size and dimensions are crucial factors that determine the pipe’s weight, pressure rating, and suitability for various applications. Wall thicknesses can vary to meet different strength and durability requirements, directly impacting the weight per meter of the pipe. Standard ms pipe sizes typically range from 15mm to 150mm in nominal bore, with corresponding variations in wall thickness and outer diameter. Accurate knowledge of ms pipe sizes, wall thickness, and dimensions is essential for calculating the weight per meter, estimating material requirements, and ensuring the pipe meets the necessary pressure rating for your project. This information is vital for engineers and contractors when planning construction projects, water supply systems, and industrial installations.

MS Pipe Weight Chart in KG (2025) with Online Weight Calculator for Accurate Sizing

At Sachiya Steel International, we are leading manufacturers, suppliers, and exporters of high-quality Mild Steel (MS) Pipes in India. Our extensive range includes electric resistance welded (ERW) mild steel pipes/tubes, available in sizes from 1/2 inch N.B. to 14 inch N.B. Among these, 12 NB is a commonly used size in industry applications. Pipe dimensions are often specified in mm OD (millimeter outer diameter) for accuracy. Our product range also includes MS round pipe, which is widely used for structural and engineering purposes. Steel round pipes are available as well, conforming to the same IS: 1239 (Part-1) 2004 and BS: 1387 standards, ensuring reliability for various construction, engineering, and manufacturing applications. Please refer to the table below for detailed weight and dimension data.

Why Use the MS Pipe Weight Chart in KG?

Understanding the weight of mild steel pipes is essential for selecting the right products for your projects. The class pipe weight chart provides detailed information on the weight, dimensions, and tolerances for different classes, including Class C pipes.

For example, a 4-inch mild steel pipe with an outer diameter of 114.3 mm and thickness ranging from 6.02 mm results in a weight of approximately 15.72 kg/m, as reflected in our MS Pipe Weight Chart.

This chart facilitates accurate load calculations, reduces material wastage, and supports cost-effective procurement for architects, engineers, and manufacturers.

MS Pipe Weight Chart in KG (IS 1239 / BS 1387)

Before referring to the chart, note that wall thickness is measured in millimeters (wall thickness mm) for each pipe size. The table below provides weight data for standard circular pipe dimensions commonly used in construction and engineering.

Nominal Bore	Outside Diameter (mm)	Light (A-Class) Thickness (mm)	Weight (kg/m)	Medium (B-Class) Thickness (mm)	Weight (kg/m)	Heavy (C-Class) Thickness (mm)	Weight (kg/m)
1/8″ (3 mm)	10.32	1.80	0.361	2.00	0.493	2.65	0.493
1/4″ (6 mm)	13.49	1.80	0.517	2.35	0.769	2.90	0.769
3/8″ (10 mm)	17.10	1.80	0.674	2.35	1.02	2.90	1.02
1/2″ (15 mm)	21.43	2.00	0.952	2.65	1.45	3.25	1.45
3/4″ (20 mm)	27.20	2.35	1.410	2.65	1.90	3.25	1.90
1″ (25 mm)	33.80	2.65	2.010	3.25	2.97	4.05	2.97
1.1/4″ (32mm)	42.90	2.65	2.580	3.25	3.84	4.05	3.84
1.1/2″ (40mm)	48.40	2.90	3.250	3.25	4.43	4.05	4.43
2″ (50 mm)	60.30	2.90	4.110	3.65	6.17	4.47	6.17
2.1/2″ (65mm)	76.20	3.25	5.840	3.65	7.90	4.47	7.90
3″ (80 mm)	88.90	3.25	6.810	4.05	10.1	4.85	10.1
4″ (100 mm)	114.30	3.65	9.890	4.50	14.4	5.40	14.4
5″ (125 mm)	139.70	–	–	4.85	16.20	5.40	16.20
6″ (150 mm)	165.10	–	–	4.85	19.20	5.40	19.20

Need to Calculate MS Pipe Weight Quickly?

Use our Online Weight Calculator for precise, real-time calculations. Simply input the pipe’s outer diameter, wall thickness, and length, and get the weight per meter instantly.

Use the MS Pipe Weight Calculator

How to Calculate MS Pipe Weight per Meter?

You can calculate the weight of any MS pipe using the following formula:

Weight (kg/m) = 0.02466 × (mm OD − wall thickness mm) × wall thickness mm

mm OD: Outside Diameter in millimeters
wall thickness mm: Thickness of the pipe wall in millimeters
0.02466: Density constant of mild steel (kg/mm³)

This formula ensures precise weight calculation for efficient material handling and cost estimation.

What is the MS Pipe Weight Chart?

The MS pipe weight chart is an essential resource for professionals who need accurate weights for various pipe sizes and thicknesses. It helps engineers, contractors, and manufacturers choose the right pipe size for their projects, ensuring safety, efficiency, and structural integrity.

Factors Affecting Mild Steel Pipe Weight

Diameter (OD): Larger diameter pipes weigh more due to increased material use.
Wall Thickness (wall thickness mm): Thicker walls, measured in millimeters (wall thickness mm), contain more material, increasing the weight.
Material Density: MS pipes are made from mild steel, which has a specific density that influences weight.

Properties of Class Pipe

The performance and suitability of a class pipe are determined by its key properties, including wall thickness, outer diameter, and material composition. Class pipes are available in several classes—A, B, and C—each designed for specific applications. Class A pipes, with thinner walls, are ideal for light-duty water supply systems, while Class B pipes offer a medium thickness suitable for general construction and moderate pressure applications. Class C pipes, featuring the thickest walls, are engineered for heavy-duty uses such as gas pipelines and high-pressure construction projects. The choice of class pipe depends on the required strength, durability, and pressure rating, as well as the specific demands of the project. Understanding these properties ensures that the selected pipe will deliver reliable performance and long-term value in any application.

MS Pipe Price and Cost

The price of MS pipes is influenced by several factors, including pipe size, wall thickness, class, and the quality of the material used. Heavier pipes with thicker walls and larger diameters generally cost more due to the increased amount of mild steel required. The ms pipe weight chart is a valuable tool for estimating the total material cost, as it allows buyers to calculate the weight per meter and, consequently, the overall price for their project. Market trends, raw material costs, and the reputation of the leading manufacturer also play a significant role in determining ms pipe price. For construction projects and industrial applications, sourcing ms pipes from a trusted supplier ensures not only competitive pricing but also consistent quality and compliance with industry standards. Accurate weight calculation and understanding of class pipe specifications help in making informed purchasing decisions, optimizing both cost and performance.

Applications of MS Pipes

Construction: Plumbing, structural supports, water and gas transportation, and oil and gas pipelines.
Engineering: HVAC systems, fluid flow pipelines, oil and gas pipelines, and industrial processing.
Manufacturing: Fabrication of machinery, tools, and components with guaranteed quality and strength.
Infrastructure: Road barriers, fencing, and protective railings.

Large Diameter MS Pipes Weight Chart

Nominal Bore	Wall Thickness	Weight (kg/mtr)
7″ (193.7 mm)	4.85 mm	22.59
8″ (219.1 mm)	5.20 mm	24.17
10″ (273 mm)	5.60 mm	26.00
12″ (323.7 mm)	6.00 mm	27.88
14″ (355.6 mm)	6.35 mm	29.34
16″ (406.4 mm)	7.01 mm	32.77

Frequently Asked Questions (FAQs)

What is an MS pipe weight calculator?

An MS pipe weight calculator is an online tool that helps you calculate the weight of mild steel (MS) pipes based on their dimensions, such as diameter and thickness, providing accurate results in kilograms

How do I use the MS pipe weight calculator?

To use the MS pipe weight calculator, simply enter the pipe’s outer diameter, wall thickness, and length. The calculator will instantly provide the weight of the pipe in kilograms.

What information do I need to calculate the weight of MS pipes?

To calculate the weight of MS pipes, you will need the pipe’s outer diameter (specified as mm OD), wall thickness in millimeters (wall thickness mm), and length. These measurements will help the calculator provide an accurate weight estimate.

Can I use the MS pipe weight calculator for other types of pipes?

While the calculator is designed for MS (mild steel) pipes, it may also work for other types of pipes if the dimensions are entered accurately. However, for precise weight calculations of other materials, using a dedicated calculator is recommended.

Is the MS pipe weight chart updated regularly?

Yes, our MS pipe weight chart is updated for 2024, ensuring that you have access to the most current data for accurate weight calculations.

Is the MS pipe weight calculator free to use?

Yes, the MS pipe weight calculator is completely free to use. You can calculate the weight of MS pipes anytime without any charges.

Download the Complete MS Pipe Weight Chart PDF

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By Sachiya Steel International|2025-10-29T18:24:01+05:30January 18th, 2020|Blogs, Weight Chart|