Jindal Pipe Weight Chart 2026 – Complete MS & GI Pipe Weight Guide

Jindal pipe weight charts help contractors, fabricators, EPC companies, and industrial buyers calculate the exact weight of MS and GI pipes per meter for transportation, fabrication, structural load analysis, and project costing. Pipe weight mainly depends on outer diameter (OD), wall thickness, pipe class, and manufacturing standards. In this detailed 2026 guide, Deal On Steel Industries explains the latest Jindal pipe weight chart with standard MS and GI pipe dimensions, thickness charts, IS 1239 classifications, and industrial applications used across construction, plumbing, fabrication, and heavy engineering sectors. Read our full detailed breakdown on the Jindal Pipes price list.

What is a Jindal Pipe Weight Chart?

A Jindal pipe weight chart is a standardized reference table that shows the theoretical weight of steel pipes based on their size, outer diameter, and wall thickness. These charts are widely used in the steel, construction, plumbing, fabrication, and infrastructure industries.

The chart generally includes:

• NB size (Nominal Bore)
• Pipe inch size
• Outer Diameter (OD)
• Wall thickness
• Weight per meter
• Pipe class (Light, Medium, Heavy)

Industrial buyers use these charts to estimate:

• Material consumption
• Transportation loads
• Structural weight calculations
• Fabrication planning
• Cost estimation
• Crane lifting requirements
• Project budgeting

For large industrial projects, accurate pipe weight calculations are critical because even small thickness variations can significantly affect total steel tonnage. Deal On Steel Industries supplies Jindal MS and GI pipes with accurate dimensions and standard weight specifications suitable for industrial and commercial projects across India.

Jindal Pipe Weight Formula

The standard pipe weight formula used in the industry is:

$\text{Weight (kg/m)}=0.02466\times (OD-Thickness)\times Thickness$

Understanding the Formula

Where:

• OD = Outer Diameter of Pipe (in mm)
• Thickness = Wall thickness of pipe (in mm)
• 0.02466 = Steel density constant

Example Calculation

Suppose:

• OD = 60.3 mm
• Thickness = 3.2 mm

Then:

Weight = 0.02466 × (60.3 − 3.2) × 3.2
= Approx. 4.5 kg/m

Theoretical vs Actual Pipe Weight

Theoretical pipe weight is calculated mathematically based on standard dimensions. Actual pipe weight may vary slightly due to:

• Manufacturing tolerances
• Galvanization coating
• Material density variations
• Production standards

Industrial projects usually allow a standard tolerance range as per IS standards.

Jindal MS & GI Pipe Weight Chart 2026

The following Jindal MS and GI pipe weight chart is based on standard IS 1239 dimensions widely used across construction, plumbing, fire fighting, fabrication, and industrial piping projects in India.

Jindal Pipe Thickness Chart

Pipe thickness directly affects:

• Pressure capacity
• Structural strength
• Pipe durability
• Pipe weight
• Industrial performance

Light Class Pipes

Light class pipes are generally used for:

• Plumbing
• Water supply
• Low-pressure applications
• Residential installations

Advantages:

• Lower cost
• Easy handling
• Lightweight structure

Medium Class Pipes

Medium class pipes are widely used in:

• Commercial construction
• Fabrication
• Structural frameworks
• Medium-pressure systems

These pipes provide balanced strength and cost efficiency.

Heavy (C Class) Pipes

Heavy class pipes are suitable for:

• Industrial plants
• Fire fighting systems
• High-pressure applications
• Oil and gas sectors
• Heavy structural fabrication

These pipes have higher wall thickness and better load-bearing capacity.

Standard Jindal Pipe Sizes Explained

Understanding pipe dimensions is important before selecting industrial pipes.

NB (Nominal Bore)

NB represents the approximate internal diameter of the pipe.

OD (Outer Diameter)

OD is the exact external diameter used for weight calculation and fitting compatibility.

Schedule

Schedule indicates wall thickness level. Higher schedule means thicker pipes.

Wall Thickness

Wall thickness determines:

• Strength
• Pressure handling
• Pipe weight
• Durability

Jindal GI Pipe Weight Chart

GI (Galvanized Iron) pipes include a zinc coating layer that improves corrosion resistance.

GI pipes are commonly used in:

• Plumbing
• Outdoor piping
• Water supply systems
• Agricultural pipelines
• Fire protection systems

Jindal MS Pipe Weight Chart

MS pipes are widely used in fabrication and structural applications due to their high weldability and strength. you can also check our detailed blog on Jindal MS pipe price list before purchasing.

MS pipes are preferred in:

• Structural fabrication
• Industrial sheds
• Machinery manufacturing
• Steel frameworks
• Conveyor systems

Weight Difference Between Light, Medium & Heavy Class Pipes

Heavy pipes are more expensive because they use more steel and provide higher durability.

How Pipe Weight Affects Project Cost

Pipe weight plays a major role in industrial project costing.

Transportation Cost

Heavier pipes increase:

• Truck load cost
• Fuel expenses
• Crane unloading charges

Fabrication Cost

Higher weight affects:

• Welding time
• Cutting cost
• Labor handling

Structural Load

In large projects, pipe weight impacts:

• Building load calculations
• Structural design
• Foundation strength

Steel Consumption

Thicker pipes consume more steel, increasing total project material cost.

Applications of Jindal Pipes

Construction Industry

Used in:

• Building frameworks
• Roofing structures
• Support columns
• Infrastructure projects

Fire Fighting Systems

Heavy-class GI pipes are widely used in:

• Sprinkler systems
• Hydrant networks
• Industrial safety systems

Plumbing

GI pipes are ideal for:

• Water supply
• Residential plumbing
• Commercial water systems

Structural Fabrication

MS pipes are heavily used in:

• Fabricated structures
• Gates
• Railings
• Industrial platforms

Industrial Plants

Industries use Jindal pipes in:

• Chemical plants
• Processing units
• Manufacturing systems

Oil & Gas Sector

Heavy-duty pipes are suitable for:

• Pressure applications
• Fluid transportation
• Industrial process lines

Jindal ERW vs Seamless Pipe Weight Difference

ERW pipes are economical and widely used in construction and fabrication, while seamless pipes are preferred for high-pressure industrial systems. For technical comparison, read our ERW vs Seamless Pipe guide.

How to Choose the Right Pipe Thickness

Choosing the correct pipe thickness depends on several factors.

Pressure Requirement

High-pressure applications require thicker pipes.

Corrosion Environment

Outdoor and chemical environments usually require GI or coated pipes.

Structural Load

Heavy structural applications need thicker walls for strength.

Budget

Light pipes reduce overall project cost.

Indoor vs Outdoor Usage

Outdoor projects require better corrosion resistance.

Jindal Pipe Weight Per Meter Chart for Industrial Use

Large industrial projects often require heavy pipes with higher wall thickness.

These pipes are commonly used in EPC and industrial engineering projects.

Factors Affecting Pipe Weight

Several technical factors influence steel pipe weight.

Thickness

Higher thickness directly increases weight.

Outer Diameter

Larger OD means higher steel usage.

Galvanization

GI pipes weigh slightly more due to zinc coating.

Manufacturing Tolerance

Production variations may slightly affect actual weight.

Seamless vs ERW

Seamless pipes are generally heavier because of manufacturing processes.

Latest Jindal Pipe Rates & Weight Relationship

Pipe pricing is closely linked with pipe weight because steel is generally sold on a per kg basis.

Important pricing factors include:

• Pipe thickness
• Steel grade
• Zinc coating
• Pipe class
• Pipe weight per meter

Heavier pipes naturally cost more because they contain more steel material.

Industrial buyers should compare:

• Price per kg
• Price per meter
• Total project tonnage

Bulk buyers usually receive better pricing for larger quantities. For current industrial pricing, check our Jindal Pipes Price List guide.

You can also explore:

• Jindal GI Pipe Price List
• MS Pipe Sizes Explained
• Pipe Thickness Chart

Why Contractors Prefer Jindal Pipes

Jindal pipes are widely trusted across industrial and construction sectors because of their consistent quality and dimensional accuracy.

ISI Certified Manufacturing

Pipes are manufactured as per Indian standards.

Accurate Dimensions

Uniform OD and thickness improve fabrication accuracy.

Consistent Thickness

Reliable wall thickness improves safety and durability.

High Strength

Suitable for heavy industrial and structural applications.

Corrosion Resistance

GI pipes offer excellent protection in outdoor environments.

Nationwide Availability

Jindal pipes are easily available across India through authorized suppliers and distributors. Deal On Steel Industries supplies industrial-grade Jindal pipes with ready stock availability for infrastructure, fabrication, and industrial projects. 

📣 For Jindal ss 304 Pipe Price list , check detailes 

Final Conclusion

Jindal pipe weight charts are essential for contractors, fabricators, structural engineers, EPC companies, and industrial buyers who require accurate pipe dimensions and weight calculations for construction, fabrication, plumbing, and industrial applications. Understanding pipe OD, wall thickness, and class helps buyers estimate transportation cost, structural load, fabrication requirements, and overall project budget more accurately.

Whether you are selecting MS pipes for fabrication or GI pipes for plumbing and industrial systems, using the correct pipe weight chart improves project planning and procurement efficiency.

Frequently Asked Questions

What is the weight of Jindal pipe per meter?

The weight depends on OD and wall thickness. Common MS and GI pipes range from approximately 1.2 kg/m to over 23 kg/m.

How do you calculate MS pipe weight?

MS pipe weight is calculated using the standard formula based on OD and thickness.

What is the standard thickness of GI pipes?

GI pipes are available in light, medium, and heavy classes with varying thickness according to IS 1239 standards.

Which pipe class is best for industrial use?

Heavy-class pipes are generally preferred for industrial and high-pressure applications.

What is the difference between light and heavy class pipes?

Heavy pipes have greater wall thickness, higher weight, and better pressure-handling capacity.

Are Jindal pipe dimensions based on IS standards?

Yes, standard Jindal pipes are generally manufactured according to IS specifications.

Why is GI pipe heavier than black pipe?

GI pipes include zinc coating which slightly increases the total weight.

What is the weight of 2 inch GI pipe?

A standard 2-inch GI pipe weighs approximately 5–7 kg per meter depending on thickness and pipe class.