Low carbon steel wire offers high flexibility, excellent weldability and cost effective performance for a wide range of industrial applications. With a carbon content of ≤0.25%, it combines superior ductility and ease of processing (bending, twisting, weaving), making it ideal for construction binding, agricultural fencing, hardware products, handicrafts and automotive components.

Carbon steel wire mainly refers to metal wire drawn or processed from carbon steel. Carbon steel wire is widely used in various mechanical and engineering fields due to its high strength, high wear resistance and excellent elasticity. For example, high carbon steel wire is used to manufacture key components such as valve springs and sealing rings in exhaust valves due to its high strength and wear resistance; low carbon steel wire is widely used in construction, agriculture, handicraft production and other fields due to its good plasticity, toughness and weldability.

Medium carbon steel wire (C: 0.30-0.60%) offers superior strength, excellent machinability and balanced ductility for high performance applications. With tensile strengths (500-1250MPa) and hardness (HRB 70-95), it's ideal for automotive springs, industrial fasteners, agricultural machinery parts, wire ropes and structural reinforcement.

High carbon steel wire (C: 0.60%-0.95%) provides ultimate tensile strength (1000-2000MPa), exceptional hardness and uncompromising durability for heavy duty industrial applications. Designed for springs, wire ropes, cutting tools, automotive suspension systems and mining cables, it withstands extreme stress, abrasion and fatigue.

Alloyed carbon steel wire combines superior strength, improved corrosion/heat resistance and tailored mechanical properties through elements such as chromium, nickel or molybdenum. Ideal for automotive springs, mining cables, aerospace fasteners and heavy-duty machine parts, it can withstand extreme loads, abrasion and harsh environments (high humidity, chemicals or elevated temperatures).

Galvanised carbon steel wire offers superior corrosion resistance and high tensile strength (350-2000MPa), coated with a hot-dip zinc layer (Z60-Z275) for durability in humid, coastal or industrial environments. Ideal for agricultural fencing, construction binding, industrial mesh, automotive springs and marine applications, it offers excellent flexibility, easy welding/weaving and low maintenance longevity.