• Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263

Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263

A Hot Rolled H-Beam is a structural steel product with an H-shaped cross-section, formed through hot rolling processes at high temperatures. This process enhances its mechanical properties, including high strength, durability, and dimensional stability. The H-Beam consists of a vertical web and two horizontal flanges, offering excellent load-bearing capacity and structural efficiency. Hot Rolled H-Beams are known for their versatility, cost-effectiveness, and ease of fabrication.

  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263
  • Hot Rolled H-Beam EN10025 ASTM A6/A6M,GB/T11263

Description

Technical Advantages of Hot-Rolled H-Beams

 

  1. Precision Dimensions & Uniform Cross-Section

Hot-rolled H-beams feature tight dimensional tolerances, ensuring consistent structural performance and ease of installation.

 

  1. High Strength & Optimal Mechanical Properties

Manufactured from high-strength steel grades (e.g., Q355, Q460, A992), they offer superior load-bearing capacity and ductility, ideal for heavy-duty applications like bridges and high-rises.

 

  1. Energy-Efficient & Cost-Effective Production

The hot-rolling process forms the shape in one step, reducing material waste and energy consumption compared to welded alternatives, while maintaining structural integrity.

 

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