Compression Springs | Battery terminals, automotive components | Load Capacity: 25 lb (Base) / 30 lb (Advanced) ▲▲ (Industry: 20 lb, ISO 3048) Material: Stainless Steel (ASTM A240) Surface: Zinc/Nickel Plating (SAE J2527) | ▲ 25% higher load than industry standard (Base) Corrosion-resistant for harsh environments ISO 9001/SGS certified durability | Base version: Moderate cost Advanced: Higher cost for premium plating and load capacity |
Tension Springs | Garage doors, suspension systems | Load Capacity: 15 lb (Base) ▲ (Industry: 12 lb, ASTM A227) Material: Carbon Steel (ASTM A227) | Cost-effective for standard applications Flexible for linear motion requirements | Lower corrosion resistance without plating Not suitable for high-vibration environments |
Torsion Springs | Hinges, switches, traps | Torque: 10 Nm (Base) ▲ (Industry: 8 Nm, ASTM B124) Material: Phosphor Bronze (ASTM B124) | ▲ 25% higher torque than industry standard Excellent fatigue resistance | Complex installation Less adaptable to non-standard geometries |
Electrical Contact Springs | Relays, connectors, switches | Conductivity: 100% IACS (Advanced) ▲▲ (Industry: 90% IACS, ASTM B499) Surface: Nickel Plating (ASTM B499) | ▲ 11% lower contact resistance (Advanced) Minimized oxidation risks | Advanced version requires precise alignment Higher cost for premium conductivity |
Industrial Grade Compression Springs | Heavy machinery, industrial equipment | Load Capacity: 50 lb (Advanced) ▲▲ (Industry: 40 lb, ASTM A228) Material: High Carbon Steel (ASTM A228) | ▲ 25% higher load capacity (Advanced) Withstands extreme mechanical stress | Bulky design limits space-sensitive applications Base version: Limited to 30 lb load |
Customized Compression Springs | Medical devices, aerospace | Dimensions: 2mm Length (customizable) ▲ Surface Options: Zinc/Color/Nickel Plating (per client specs) | Perfect fit for specialized applications ISO 9001-certified quality assurance | Longer lead times for customization Higher unit cost for bespoke solutions |