Steel

Line Pipe, Process, Structures

• API 5L: Grade B, X42, X52, X60, X65, X70, X80 for onshore and offshore pipelines and flowlines
• Carbon/alloy pipe steels: ASTM A106, A53 (carbon steel pipe), P5, P9, P11 (alloy steel for high-temperature service)
• Stainless & duplex for corrosive service: 304, 316L, duplex grades like 2205 for sour or highly corrosive environments. ​

Water Pipelines, Distribution

• API 5L: Grade B, L245, L290/X42, L360/X52 for water and slurry transportation lines.
• Structural/carbon steels for water pipes: ST37, L235, L275, Fe 410, Fe 450 for welded steel water pipes and mains.

Buildings, Infrastructure, Industrial Structures

• Structural steels (EN): S235, S275, S355, S420 for beams, columns, and general structures.
• Structural steels (ASTM): A36 (general construction), A572-50 and A992 for high-strength beams, columns, and heavy structures.
• Indian structural/mild steels: IS 2062 (e.g., IS 2062 Grade B), Fe 250, Fe 410 for general construction and fabrication.
• TMT Bars: Available in all standard grades (Fe 415, Fe 500, Fe 550) and multiple sizes (8mm to 32mm diameter), suitable for reinforced concrete and structural applications.

Steel Piling Pipes

• Seamless Steel Pipes: Used for high load-bearing capacity and durability
• ERW (Electric Resistance Welded) Pipes: Cost-effective option for various piling needs

Typical Grades

• API 5L (Grades B, L245, L290, X42, X52): Widely used for structural and piling applications, especially in offshore and onshore foundations
• ASTM A106, A53 (Grades A and B): Common for structural and piling due to their strength and weldability
• EN 10255 and EN 10297: Common European standards for structural steel pipes used in piling

Sizes & Formats

• Diameter range: From 150mm to 3000mm (6 inches to 120 inches)
• Wall thickness: From 6mm to 20mm or more, depending on load and depth requirements
• Lengths: Typically supplied in lengths of 6m, 12m, or customized as per project needs

These pipes are designed to withstand high loads, corrosive environments, and deep ground conditions, making them ideal for foundation piling in infrastructure, bridges, and large-scale construction projects.