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

GI Pipe Weight Chart Tables

GI pipe weight chart for Class A Class B and Class C

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 Per Kg 2026

 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:

  1. Nominal pipe size
  2. Outside diameter
  3. Wall thickness
  4. Pipe class
  5. Weight per meter
  6. Pipe length
  7. Galvanizing specification
  8. Applicable standard
  9. Manufacturer
  10. Required quantity
  11. Delivery location
  12. 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 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

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.

 

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

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

GI Pipe Weight Chart Tables

GI pipe weight chart for Class A Class B and Class C

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 Per Kg 2026

 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:

  1. Nominal pipe size
  2. Outside diameter
  3. Wall thickness
  4. Pipe class
  5. Weight per meter
  6. Pipe length
  7. Galvanizing specification
  8. Applicable standard
  9. Manufacturer
  10. Required quantity
  11. Delivery location
  12. 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 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

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.

 

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

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

GI Pipe Weight Chart Tables

GI pipe weight chart for Class A Class B and Class C

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 Per Kg 2026

 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:

  1. Nominal pipe size
  2. Outside diameter
  3. Wall thickness
  4. Pipe class
  5. Weight per meter
  6. Pipe length
  7. Galvanizing specification
  8. Applicable standard
  9. Manufacturer
  10. Required quantity
  11. Delivery location
  12. 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 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

 

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.

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.

 

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

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