We supply angle steel in a comprehensive range of materials and configurations, designed as a fundamental building component for structural framing, bracing, and fabrication. Available in equal and unequal leg dimensions, this L-shaped profile provides reliable strength, easy connectivity, and design flexibility across industrial and construction applications.

Commonly used in machinery frames, support brackets, heavy-duty racks, and reinforcement structures, our 45# unequal angle steel provides a durable and cost-effective solution for medium-to-high stress applications. We offer tailored processing, including precise cutting and surface treatment, along with certified material documentation for quality assurance.

Our company specializes in supplying hot-dip galvanized angle steel. Based on high-quality carbon steel angle steel, the product undergoes high-temperature hot-dip galvanizing to form a uniform and dense zinc-iron alloy protective layer. Combining the load-bearing performance of angle steel with the long-lasting anti-corrosion properties of the zinc coating, it is suitable for support and frame structures in various outdoor, humid, and mildly corrosive environments.

We supply Q235 carbon unequal steel angle bars, a widely used structural carbon steel grade with asymmetric leg dimensions. Featuring a minimum yield strength of 235 MPa, this material offers reliable performance in applications requiring differential load distribution and versatile fabrication capabilities.

We supply 10# carbon equal steel angle bars, a standard low-carbon steel grade designed for versatile fabrication and structural applications. With balanced mechanical properties and reliable performance, this material serves as a fundamental building component across multiple industries.

We supply Q175 carbon equal steel angle bars, a light-duty carbon steel angle with a minimum yield strength of 175 MPa. Designed for non-critical structural and fabrication uses, this grade offers economical performance where moderate strength and basic load-bearing capacity are sufficient.