SAE 1006 low carbon steel wire is based on extremely low carbon steel with a carbon content of ≤0.08%, with a yield strength of ≥195MPa and a tensile strength of 310-410MPa. It has both superplasticity (elongation ≥40%) and cold working tolerance (can be deep drawn to 3 times the diameter without cracks). After galvanizing/plastic coating for corrosion protection, it is widely used in low-stress flexible scenarios such as furniture frames, packaging and bundling, metal filter mesh weaving and agricultural lashing. With the advantages of 30% lower cost than medium and high carbon steel and 2 times higher corrosion resistance, it has become a cost-effective general-purpose wire that is suitable for light-load process requirements such as high-frequency bending and large deformation forming.

SAE 1006 low carbon steel wire is based on extremely low carbon steel with a carbon content of ≤0.08%, with a yield strength of ≥195MPa and a tensile strength of 310-410MPa. It has both superplasticity (elongation ≥40%) and cold working tolerance (can be deep drawn to 3 times the diameter without cracks). After galvanizing/plastic coating for corrosion protection, it is widely used in low-stress flexible scenarios such as furniture frames, packaging and bundling, metal filter mesh weaving and agricultural lashing. With the advantages of 30% lower cost than medium and high carbon steel and 2 times higher corrosion resistance, it has become a cost-effective general-purpose wire that is suitable for light-load process requirements such as high-frequency bending and large deformation forming.

SAE 1008 low carbon steel wire has a carbon content of ≤0.10%, a yield strength of ≥200MPa, a tensile strength of 330-430MPa, an elongation of ≥35%, and can be cold-bent 90° without cracks. After galvanizing/plastic coating for corrosion protection, it is suitable for woven filter screens, stationery springs, daily metal racks and packaging bindings. It has high plasticity and low manufacturing cost (40% lower than alloy steel) as its core advantages, and specializes in light-load flexible forming scenarios.

65Mn spring steel wire has a carbon content of 0.62%-0.70%, a manganese content of 0.90%-1.20%, a tensile strength of 980-1275MPa, a yield ratio of ≥0.85, an elastic limit of 800MPa after quenching and tempering, a rebound rate of over 95%, and is suitable for fatigue resistance in a wide temperature range of -30℃ to 150℃ (500,000 bends without breaking). After bluing/galvanizing for corrosion protection, it is specially used for automobile suspension springs, pneumatic tool valve springs, precision instrument compression springs and high-elasticity fishing reels. With the synergistic effect of high-carbon alloy reinforcement and manganese element solid solution at the grain boundaries, it has both ultra-high elastic reserve and anti-creep stability, making it the core wire material for heavy-load high-frequency working springs.

Galvanized Steel Angle is an L-shaped structural steel coated with zinc for enhanced corrosion resistance, ideal for outdoor or humid environments. Commonly used in construction, bridges, and machinery, its galvanized layer extends lifespan and reduces maintenance. Available in various sizes and grades, it balances durability with cost-efficiency.

Q235 Steel Angle is a carbon structural steel profile shaped like an "L," renowned for its excellent weldability, formability, and mechanical properties. Commonly utilized in construction, manufacturing, and infrastructure projects, it serves as structural supports, frames, or connectors. Its affordability and versatility make it a popular choice for general engineering applications.

Zhongxi Metal offers high-quality Q345 Steel Angles suitable for a wide range of applications including construction, mechanical manufacturing, shipbuilding, and bridge construction. Discover our range of equal and unequal steel angles with varying thickness, sizes, and lengths. Our steel angles are known for their excellent load-bearing capacity, ease of processing, and high cost-performance. Contact us for reliable steel procurement services and one-stop solutions tailored to your needs.

Zhongxi Metal provides high-quality A36 steel angles that meet various standards like AISI, ASTM, BS, etc. Our steel angles are suitable for building structures, vehicle manufacturing, machinery manufacturing, furniture manufacturing, ship construction, and steel structure engineering. With excellent load-bearing capacity, easy processing, diversified connection methods, and high cost performance, our steel angles are your reliable choice. Contact us for more information and one-stop steel procurement services.

A588 Steel Angle is a high-strength, low-alloy (HSLA) structural steel angle engineered for superior atmospheric corrosion resistance. Its copper, chromium, and nickel alloy composition forms a protective rust-like patina, ideal for bridges, outdoor structures, and marine applications. Offering durability with minimal maintenance, it balances performance and longevity in harsh environments.

A572 Gr.50 Steel Angle is a high-strength, low-alloy (HSLA) structural steel angle that conforms to ASTM standards. It offers a yield strength of 50 ksi (345 MPa), making it ideal for demanding applications in construction, machinery, and transportation. With enhanced toughness and weldability, it balances strength and workability for efficient structural designs.

Zhongxi Metal provides high-quality SS400 steel angle in various sizes and shapes for multiple applications. Our steel angles meet international standards and are suitable for building structures, vehicle manufacturing, machinery manufacturing, and more. With excellent load-bearing capacity, easy processing, diversified connection methods, and high cost performance, our steel angles are your ideal choice. Contact us for more information and one-stop steel procurement services.

S235JR Steel Angle is a non-alloy structural steel angle conforming to EN 10025-2 standards, with a minimum yield strength of 235 MPa and tensile strength ranging from 360-510 MPa. It exhibits excellent weldability, plasticity, and toughness, making it suitable for construction, bridges, shipbuilding, and machinery. Its economic efficiency and ease of processing ensure widespread use in various engineering applications.