Stainless Steel Compression Springs | Corrosive environments (marine, chemical plants) | Corrosion Resistance: Passes ASTM A262 ▲ 1000hr salt spray (Our Advanced) Load Capacity: 1000 N (ISO 3095) ▲ 1200 N (Our Advanced) | ▲ Superior durability in harsh conditions High load capacity for heavy machinery | Higher cost than carbon steel variants Less flexibility in customization for niche loads |
Carbon Steel Compression Springs | General industrial applications | Load Capacity: 800 N (ASTM A370) ▲ 1000 N (Our Base) Cost-Effective: $1.20/unit (Industry Standard) ▲ $1.50/unit (Our Advanced) | Low cost for standard applications Widely available globally | Prone to rust in corrosive environments Limited fatigue resistance over time |
Music Wire Compression Springs | High-stress applications (aerospace) | Tensile Strength: 2000 MPa (ASTM A370) ▲ 2200 MPa (Our Advanced) Fatigue Resistance: 10,000 cycles (ISO 7804) ▲ 12,000 cycles (Our Advanced) | ▲ Exceptional strength-to-weight ratio Long lifespan under cyclic stress | Brittle at extreme temperatures Costlier than stainless steel variants |
Die Springs | Heavy machinery (presses, hydraulic systems) | Load Capacity: 2000 N (EN 13906) ▲ 2500 N (Our Advanced) Creep Resistance: 500°C (ASTM E1391) ▲ 550°C (Our Advanced) | ▲ Withstands extreme loads and temperatures Minimal deformation under pressure | Bulky design limits space-constrained applications Higher upfront investment |
Torsion Springs | Door hinges, clamps (rotational force) | Torque: 5 Nm (ISO 4763) ▲ 7 Nm (Our Advanced) Angular Travel: 360° (DIN 2082) ▲ 450° (Our Advanced) | Compact design for tight spaces Smooth rotational force delivery | Limited to rotational applications only Susceptible to wear over high cycles |
Extension Springs | Garage doors, trampolines (pulling force) | Extension Force: 500 N (ASTM F220) ▲ 600 N (Our Advanced) Elasticity: 80% recovery (ISO 7117) ▲ 90% recovery (Our Advanced) | ▲ Provides consistent pulling force over long extensions Lightweight and durable | Risk of overstretching leading to failure Less rigid compared to compression springs |