Astm A572 Steel Angle

Astm A572 Steel Angle Supplier In India

Astm A572 Steel Angle

₹128 - ₹172

Minimum Order : 250 Items

Customization as per requirements


Specification Details
Grades201, 202, 301, 304, 304l, 304n, 304ln
StandardAisi, Astm, Din, En, Sus
Diameter (Round bar)4mm – 350mm, 4mm, 350mm
Size (Square bar)6 X 6mm, 50 X 50mm
Size (Flat Bar)2x10mm, 100x1000mm

ASTM A572 Steel Angle Manufacturer in India

New Era Pipes & Fittings is a trusted ASTM A572 Steel Angle manufacturer in India, offering high-strength steel angles specifically designed for demanding structural frameworks. These angles are engineered with enhanced yield and tensile strength, making them ideal for heavy-load-bearing structures like bridges, construction frames, towers, and critical load distribution systems. Their optimized structural profile ensures excellent stability in seismic zones and under dynamic loading, providing a high-performance solution for large-scale infrastructure. Known for their excellent weldability, machinability, and formability, ASTM A572 angles provide dependable performance while reducing material weight in fabrication-intensive environments, making them a cost-efficient option for contractors and engineers. As reliable ASTM A572 Steel Angle suppliers in India, we offer a wide range of size options and grades to meet diverse engineering requirements. These angles exhibit outstanding resistance to corrosion, fatigue, impact stress, and extreme weather conditions, making them a top choice in sectors like transport, infrastructure, shipbuilding, and heavy machinery. With consistent mechanical properties, high ductility, and a long service life, ASTM A572 angles ensure structural integrity, economic performance, and durability in every project application.

Type of Sub-products

  • Equal Leg Angles
    Equal Leg Angles

    Equal Leg Angles

    Balanced strength in both directions.

  • Unequal Leg Angles
    Unequal Leg Angles

    Unequal Leg Angles

    Used where asymmetrical load distribution or space constraints exist.