Top-Notch Steel Products

Providing Unmatched Quality and Durability

HFIW / ERW Pipes

Standards - IS: 1239

A - CLASS | B- CLASS | C - CLASS

Sizes

Inches - 1", 1 1/4", 1 1/2", 2", 2 1/2", 3", 4"

mm - 25, 32, 40, 50, 65, 80, 100

Thickness

Light Tubes + Not limited -8%

Medium & Heavy + Not limited -10%

Weight

Single tube 10%

(Light series) -8%

Single Tube (Medium & Heavy) ±10%

For Quantity/Load of 10 Tonnes 7.50%

Minimum (Light series) -5%

For Quantity/Load of 10 Tonnes ±7.5%

Minimum (Medium & Heavy series)

Length

Unless otherwise specified 4 to 7 mtr

Circular Hollow Section

Standards - IS: 1161

A - CLASS | B- CLASS | C - CLASS

Sizes

Inches - 1", 1 1/4", 1 1/2", 2", 2 1/2", 3", 4", 5", 6"

mm - 25, 32, 40, 50, 65, 80, 100, 125, 150

Thickness

Welded Tubes + Not limited - 8%

+ Not limited - 10%

Weight

Single tube 10%

(Light series) -8%

Single Tube (Medium & Heavy) ±10%

10 Tonne lots light ±5%

Medium & Heavy ±7%

Length

Unless otherwise specified 4 to 7 mtr

Square Hollow Section

Standards - IS: 4923

A - CLASS | B- CLASS | C - CLASS

Sizes

mm - 25 x 25, 31 x 31, 38 x 38, 47 x 47

72 x 72, 91 x 91

Thickness for all Sizes ±7.5%

On Individual Length

Weight 7% to -8%

On Lots of 10 Tones ± 7%

Outside Dimensions

± 1% of length of the side to be measured of Sides with a minimum
of ± 0.5mm

Squareness of Corner 90° ± 2°

Radius of Corners - Outside

3t, max where t is the thickness of a sec

Rectangular Hollow Section

Standards - IS: 4923

A - CLASS | B- CLASS | C - CLASS

Sizes

mm - 40 x 20, 50 x 25, 56 x 37, 75 x 25

80 x 40, 96 x 48

Thickness for all Sizes ±7.5%

On Individual Length

Weight 7% to -8%

On Lots of 10 Tones ± 7%

Outside Dimensions

± 1% of length of the side to be measured of Sides with a minimum
of ± 0.5mm

Squareness of Corner 90° ± 2°

Radius of Corners - Outside

3t, max where t is the thickness of a sec

Applications Of Our Pipes & Tubes

Air, Steam, and Water Lines

The versatility and strength of steel pipes and tubes make them integral components in the infrastructure for transporting air, steam, and water in diverse applications across industries. The specific type of steel and its coating may vary based on the application and the properties required for the transported substance.

Conveyor Roller

The selection of steel and its design in conveyor applications depends on factors such as load capacity, environmental conditions, and the specific requirements of the material being transported. Steel pipes and tubes are widely used in conveyor systems for various applications, leveraging their strength, durability, and versatility.

Automobile Industry

The use of steel pipes and tubes in the automobile industry is essential for ensuring the structural integrity, safety, and functionality of various systems within vehicles. The specific type of steel and its properties are carefully selected based on the requirements of each application to meet performance and safety standards.

Structure Engineering

The utilization of applications in structural engineering exemplifies diverse technologies aimed at guaranteeing the safety, longevity, and effectiveness of constructed infrastructure. Ongoing progress in digital tools and analytical methods remains instrumental in shaping the field and enhancing the overall performance of structures.

Fabrication

The choice of steel pipes and tubes depends on factors such as the application's requirements, load-bearing capacity, corrosion resistance, and the specific properties of the steel needed for the project. The adaptability of steel makes it a preferred material in various fabrication applications across different industries.

Policy Zero

We use HFIW (High Frequency Induction Welding) Technology

400 KW High Frequency Solid State Welding Machine

This technology is renowned for its efficiency and precision in welding processes, particularly in pipe production. Here are key features and capabilities:

Here are some key features and capabilities we can highlight it for you.

Efficient Welding:
- High-Frequency Induction Welding excels in creating robust and durable welds in pipes, showcasing high efficiency.
400 KW Power:
- The substantial 400 KW power of our welding machine signifies a high-capacity and robust welding process, ensuring the creation of quality pipes and tubes.
Production Capacity:
- Per Hour: With a production capacity of 12 to 15 Tonnes per hour, your manufacturing process is highly efficient, capable of generating a significant volume of pipes in a short timeframe.
- Per Day: The daily production capacity of 150 to 200 Tonnes underscores a remarkable level of productivity, addressing the requirements of diverse projects and markets.

Cold Saw Cutting Machines

(COS) for greater effeciency

The cold saw employs a circular saw blade featuring teeth crafted from high-speed steel or tungsten carbide, designed to withstand the cutting of metal without excessive heat generation.

Key Features and Aspects of Cold Saw Cutters:

Circular Saw Blade:
- The cold saw utilizes a circular saw blade with teeth composed of high-speed steel or tungsten carbide, ensuring durability during metal cutting operations.
Minimal Heat Generation:
- A primary advantage of cold saw cutting lies in its capacity to generate minimal heat during the cutting process. This feature is instrumental in preserving the structural integrity and hardness of the cut material.
Precision Cutting:
- Cold saws are renowned for their accuracy and precision. They excel in producing clean, burr-free cuts with tight tolerances, making them well-suited for applications where precision is paramount.

IS 1239 & IS 4923 is a standard specification issued by (BIS)

The full title of the standard is "Mild Steel Tubes, Tubulars, and Other Wrought Steel Fittings - Specification."

1. Scope: IS 1239 and IS 4923 set standards for hollow steel sections in construction, ensuring suitability for diverse structural applications.

2. Material: Both standards specify cold-formed welded and seamless carbon steel structural tubing, guaranteeing quality in round, square, and rectangular configurations.

3. Grades: IS 4923 details YST grades (e.g., YST 210), indicating Yield Strength Tubes, while IS 1239 specifies grades for mild steel tubes.

4. Size Range: Both standards define size ranges with allowable variations, promoting standardized construction practices.

5. Chemical Composition: IS 4923 mandates steel chemical composition for hollow sections, while IS 1239 ensures consistency in mild steel tubes.

6. Mechanical Properties: Both standards specify mechanical properties (tensile strength, yield strength, and elongation) for structural reliability.

7. Testing: Various tests (chemical analysis, tensile, bend, and flattening) in both standards ensure quality and conformity in steel components.

8. Surface Finish: IS 4923 details surface finishes (e.g., black finish), contributing to comprehensive quality assurance in structural steel components.

Our Products in Action

Air, Steam and Water

Compressed Air Systems

Power Plants

Municipal Water Supply

Industrial Water Systems

Heating and Cooling Systems

Fire Sprinkler Systems

Oil and Gas Industry

Sewage and Drainage Systems

Agricultural Irrigation

Marine Applications

Construction Industry

Building Frames and Structures

Industrial Piping

Machine Frames and Supports

Furniture Frames

Bridge Construction

Railings and Fencing

Artistic Installations

Greenhouse Structures

Power Plant Structures

Roof supports

Automobile Industry

Exhaust Systems

Fuel Injection Systems

Hydraulic Systems

Chassis Construction

Transmission Shafts and Tubes

Steering Systems

Suspension Systems

Radiator Tubes

Roll Cages

Fluid Transport