Carbon steel wire is a common metal product made from low-carbon steel through drawing and heat treatment. It features high tensile strength, good flexibility and low cost. Widely used in construction, binding, mesh making, hardware and daily supplies. With stable mechanical performance and easy processing, it can be further forged, welded or bent. Different diameters and surface treatments meet diverse industrial and civilian demands, serving as an essential basic material across many fields.

Q195 carbon steel wire is a low-carbon structural mild steel valued for its exceptional ductility, formability, and weldability. Containing under 0.12% carbon, this highly cost-effective wire is easy to draw, bend, and weld. It features a minimum yield strength of 195 MPa. Available in bright drawn, black annealed, or galvanized finishes, it is widely utilized in manufacturing and construction. Common applications include high-quality nails, welded wire mesh, binding wire, and agricultural fencing. Its superb processing performance and reliable mechanical properties make it a premier choice for global hardware production.

Q235 carbon steel wire is a widely used Chinese standard (GB/T 700) mild structural steel wire, highly valued for its balanced strength, excellent plasticity, and superb weldability. With a moderate carbon content (≤ 0.22%), it delivers a guaranteed minimum yield strength of 235 MPa. The wire is highly versatile, easily undergoing cold drawing, bending, and galvanizing. Equivalent to international standards like ASTM A36 and EN S235JR, it serves as a premier material for producing industrial fasteners, construction reinforcement mesh, high-strength nails, and various welded light-structural hardware parts.

SAE 1006 carbon steel wire is a high-quality, ultra-low carbon steel material renowned for its exceptional ductility, formability, and precise dimensional control. Containing less than 0.08% carbon, this grade offers minimal resistance to cold working, making it ideal for severe cold-heading and deep-drawing processes. It provides excellent weldability and is easily coated or galvanized. Widely used across automotive and manufacturing industries, it is the premier choice for producing high-quality fasteners, rivets, pins, thin wire drawing, and household hardware. Its reliable mechanical uniformity ensures smooth, high-speed automated production.

SAE 1008 carbon steel wire is a widely utilized low-carbon steel material praised for its excellent balance of formability, weldability, and moderate strength. Containing a maximum carbon content of 0.10%, it offers great cold-working properties, allowing it to be easily drawn, bent, and formed into complex shapes. This grade is highly receptive to various surface treatments, including galvanizing and plating. Widely applied in the automotive, construction, and appliance industries, SAE 1008 wire is a standard choice for manufacturing high-quality industrial fasteners, welded wire mesh, display racks, and everyday hardware products.

SAE 1018 carbon steel wire is a widely used general-purpose mild steel material offering a superior combination of strength, ductility, and excellent machinability. Containing 0.15% to 0.20% carbon, it possesses higher mechanical strength than SAE 1006 or 1008, while still retaining good weldability and cold-forming capabilities. It responds exceptionally well to case-hardening treatments like carburizing, which creates a wear-resistant surface with a tough core. This makes SAE 1018 wire the premier industry choice for high-quality fasteners, pins, threaded rods, shafts, and various precision-machined or cold-headed automotive and industrial hardware components.

Low carbon steel wire, also known as mild steel wire, is a highly versatile material celebrated for its exceptional ductility, formability, and superb weldability. Typically containing less than 0.25% carbon, it offers low resistance to cold working, making it incredibly easy to draw, bend, and shape. It is highly receptive to surface treatments, commonly available in black annealed, bright drawn, or galvanized finishes. Widely used across construction, agriculture, and manufacturing, this cost-effective wire is the premier choice for producing welded wire mesh, industrial fasteners, high-quality nails, binding wire, and various everyday hardware components.

High carbon steel wire is a high-strength material prized for its exceptional tensile strength, outstanding wear resistance, and superior fatigue life. Containing 0.60% to 1.00% carbon, it undergoes precise heat treatment (patenting) and cold drawing to achieve its superior mechanical properties. While it features lower ductility than mild steel, it offers excellent resilience and shape memory. This durable wire is the industry standard for demanding applications, including automotive suspension springs, mechanical springs, mattress coils, high-tensile wire ropes, prestressed concrete strands, and cutting tools, ensuring long-lasting performance under heavy, repetitive stress.

Black annealed carbon steel wire is a low-carbon steel wire that undergoes a thermal annealing process to restore its flexibility and ductility. Heated in an oxygen-free environment, it develops a smooth, dark, rust-resistant oxide coating on its surface. This process eliminates internal stress, making the wire exceptionally soft, pliable, and easy to bend without breaking, while retaining high tensile strength. Widely favored for its superior flexibility and cost-effectiveness, it serves as the premier material for manual binding, bailing wire, construction tying wire, agricultural fencing, and secure packaging across diverse industrial and building sectors.

Cold drawn carbon steel wire is a high-precision material manufactured by pulling hot-rolled wire rods through carbide dies at room temperature. This mechanical processing increases the wire's tensile strength and yield strength through work hardening, while providing an exceptionally smooth surface finish and strict dimensional tolerances. Available in both low and high-carbon grades, cold drawn wire delivers enhanced structural rigidity and excellent machinability. It is widely utilized across industries to produce precision fasteners, spokes, industrial mesh, automotive components, and various high-strength springs, making it an essential raw material for automated, high-speed manufacturing lines.

High tensile carbon steel wire is an engineered heavy-duty material manufactured to deliver exceptional breaking loads, immense structural strength, and superb resilience. Produced by cold drawing high-carbon steel and applying precise heat treatment, it achieves an extraordinarily high strength-to-weight ratio. This structural wire features great resistance to fatigue, elongation, and mechanical wear under continuous stress. It is the premier global standard for demanding structural and engineering projects, widely utilized in prestressed concrete structures, bridge suspension cables, heavy-duty industrial springs, agricultural trellis systems, high-tension security fencing, and robust wire ropes capable of lifting extreme loads safely.

Spring steel wire is a high-strength, high-carbon or alloy steel material engineered specifically for its exceptional elasticity, high yield strength, and outstanding fatigue resistance. Undergoing rigorous cold drawing and heat treatments—such as patenting or oil tempering—this wire possesses superb shape memory, allowing it to withstand severe twisting and bending forces without permanent deformation. It is highly resistant to mechanical wear, impacts, and cyclic loading. This durable wire is the universal standard for manufacturing mechanical springs, automotive suspension coils, mattress springs, musical instrument strings, and clips, ensuring reliable, long-lasting performance under continuous and high-repetition stress.