Extension Springs | Garage doors, lawn mowers, industrial machinery | Load Capacity: 20 lb (Base) ▲ 40 lb (Advanced) (ASTM F2270) Material: Stainless Steel (ASTM A240) Surface: Zinc Plating (ASTM B695) | ▲ Higher load capacity in Advanced tier Corrosion resistance (stainless steel) Durable surface treatment | Requires precise installation to prevent overstretching Higher cost vs carbon steel |
Compression Springs | Shock absorbers, valves, clamps | Spring Rate: 50 N/mm (Industry) ▲ 60 N/mm (Our) Material: Stainless Steel (ASTM A240) Coil Diameter: 10mm (Industry) ▲ 12mm (Our) | ▲ Enhanced spring rate and durability Corrosion resistance (stainless steel) | Limited travel distance Heavier than standard compression springs |
Torsion Springs | Hinges, mouse traps, clothespins | Torque: 10 N·cm (Industry) ▲ 15 N·cm (Our) Deflection: 90° (Industry) ▲ 120° (Our) Material: Stainless Steel (ASTM A240) | ▲ Higher torque and angular range Longer lifespan (stainless steel) | Wear over time Complex installation for high-torque models |
Constant Force Springs | Tape measures, retractable cables | Force: 5 N (Industry) ▲ 8 N (Our) Stroke Length: 1m (Industry) ▲ 1.5m (Our) Material: Stainless Steel (ASTM A240) | ▲ Stronger, longer-lasting force Consistent tension throughout extension | Limited to linear applications Higher cost for stainless steel variants |
Flat Springs | Electrical contacts, switches | Thickness: 0.3mm (Industry) ▲ 0.5mm (Our) Load Capacity: 5N (Industry) ▲ 8N (Our) Material: Phosphor Bronze (ASTM B545) | ▲ Increased load tolerance Lightweight and precise (phosphor bronze) | Lower overall load capacity vs bulkier springs Brittle under extreme force |
Die Springs | Heavy machinery, presses | Load Capacity: 5,000 lb (Industry) ▲ 7,000 lb (Our) Durability: 10,000 cycles (Industry) ▲ 15,000 cycles (Our) Material: High Carbon Steel (ASTM A228) | ▲ Superior load and cycle endurance Robust for industrial stress | Bulky design High cost and specialized installation requirements |