S235JR and A36 Equal Steel Structure Angle Beam is a high-reliability structural component specifically engineered for house and bridge support applications, combining excellent mechanical properties, structural stability and adaptability to meet the rigorous demands of civil engineering. As a type of equal angle steel, it features a symmetrical L-shaped cross-section, ensuring uniform force distribution, easy installation and strong load-bearing capacity, making it a core component in modern house construction and bridge engineering support systems.
Designed primarily for house and bridge support scenarios, this equal steel angle beam is manufactured through advanced hot rolling technology, which guarantees the uniformity of its internal grain structure and strict dimensional accuracy. The hot rolling process involves heating high-quality carbon steel billets to optimal temperatures, followed by continuous rolling to form the standard equal L-shaped cross-section-ensuring consistent leg length, thickness and angle. This process not only enhances the ductility and impact resistance of the angle beam but also optimizes its structural integrity, enabling it to withstand long-term static and dynamic loads in house and bridge support applications.
The product line focuses on two internationally recognized high-quality steel grades: S235JR and A36, each tailored to meet the specific mechanical requirements of house and bridge support. S235JR is a non-alloy structural steel compliant with the EN 10025-2 standard, boasting a minimum yield strength of 235 MPa and a tensile strength range of 360 to 510 MPa. It exhibits excellent weldability, formability and ductility, making it ideal for house support applications such as roof trusses, wall frames, floor supports and foundation brackets. Its reliable performance ensures the stability of residential structures, even under varying environmental conditions.
A36, a widely used mild carbon structural steel adhering to ASTM A36 standards, features a minimum yield strength of 250 MPa and a tensile strength range of 400 to 550 MPa. With superior tensile strength and toughness compared to ordinary carbon steels, A36 equal angle beams are well-suited for bridge support applications, including bridge frames, pier supports, beam brackets and cross bracing components. Its excellent load-bearing capacity and fatigue resistance enable it to withstand the heavy loads and dynamic stresses associated with bridge structures, ensuring long-term structural safety and durability.
Both S235JR and A36 equal steel angle beams are manufactured using high-purity raw materials and undergo strict quality control throughout the production process-from raw material inspection to hot rolling, cooling and finished product testing. This ensures that each piece of angle beam is free from defects such as cracks, inclusions and dimensional deviations, fully complying with international standards for structural steels. The hot-rolled surface presents a natural, rough texture that facilitates post-processing operations such as welding, drilling, cutting and anti-corrosion coating, allowing seamless integration into house and bridge support systems.
As a specialized structural component for house and bridge support, this equal steel angle beam offers distinct advantages: its symmetrical L-shaped design ensures balanced force transmission, reducing stress concentration in support structures; the dual grade options (S235JR and A36) cater to the different load requirements of house and bridge applications; and its high processability allows for flexible customization to fit various structural designs. Widely adopted in residential construction, commercial building support and bridge infrastructure projects, it has become a trusted choice for engineers and contractors seeking reliable, high-performance support components.
With its tailored design for house and bridge support, superior material properties and strict quality control, S235JR and A36 Equal Steel Structure Angle Beam delivers consistent performance, ensuring the stability, safety and durability of civil engineering structures. It embodies the perfect combination of strength, processability and cost-effectiveness, making it an indispensable component in modern house construction and bridge engineering.
