Construction Reinforcement Wire | Concrete structures, rebar fabrication | Material: Q235 steel (ASTM A36) ▲ Diameter: 5–10mm (ISO 3801) Tolerance: ±1% (ISO 3801) | High tensile strength (450 MPa ▲ vs Q195) Cost-effective for bulk projects | Lower corrosion resistance without galvanization Heavier than alloy alternatives |
Spring Manufacturing Wire | Automotive, machinery springs | Grade: Q235 spring steel (ASTM A228) ▲ Diameter: 1.5–3mm (ISO 3801) Tolerance: ±0.05mm (ISO 3801) | Superior elasticity (800 MPa yield strength) Customizable via bending/punching | Requires specialized heat treatment ▲ Higher cost than standard wire |
Binding & Tying Wire | Packaging, temporary structures | Material: Q195 carbon steel (ASTM A36) Diameter: 1–2.5mm (ISO 3801) Certification: API 5CT | Flexible and lightweight ▲ Affordable for short-term use | Lower load-bearing capacity (300 MPa) Not suitable for corrosive environments |
Wire Mesh Production | Fencing, screening | Type: Drawn wire (ASTM A90) ▲ Diameter: 1.2–5mm (ISO 3801) Tolerance: ±0.08mm (ISO 3801) | Uniform thickness for seamless mesh ▲ High durability (500+ bend cycles) | Higher upfront cost than welded mesh Less flexible for irregular shapes |
Industrial Cutting Wire | Metalworking, fabrication | Special Use: Free-cutting steel (ASTM A53) ▲ Diameter: 3–8mm (ISO 3801) Tolerance: ±0.1mm (ISO 3801) | Reduced tool wear (50% longer blade life ▲) API 5CT compliance | Limited to straight-cut applications Stiffer than standard wire |
Custom Fabrication Wire | DIY, bespoke parts | Diameter: 1–10mm (ISO 3801) Processing: Punching, bending, decoiling ▲ Tolerance: ±1% (ISO 3801) | Tailored solutions (e.g., jewelry, brackets) ▲ Fast turnaround via on-demand cutting | Requires additional post-processing costs Not optimized for high-volume production |