Compression Springs for Engine Valves | Engine valve actuation in tractors | Spring Rate: 200 N/m (Industry Standard), 220 N/m (Our Base ▲), 250 N/m (Our Advanced ▲▲) (ISO 1011 compliant) | Improved valve control (Advanced), cost-effective base option for standard tractors | Higher cost for Advanced versions, potential noise increase at higher rates |
Tension Springs for Suspension Systems | Shock absorption in tractor suspensions | Tensile Strength: 500 MPa (Industry), 550 MPa (Base ▲), 600 MPa (Advanced ▲▲) (ASTM A370) | Enhanced durability in rough terrain (Advanced), lighter weight improves fuel efficiency | Requires specialized installation for Advanced versions |
Coil Springs for Transmission Components | Gear shifting mechanisms in tractors | Torque Capacity: 15 Nm (Industry), 18 Nm (Base ▲), 20 Nm (Advanced ▲▲) (ASTM F566) | Handles extreme temperatures (-40°C to 150°C) (Advanced), compact design saves space | Base version may underperform in freezing conditions |
Leaf Springs for Axles | Axle support in heavy-duty tractors | Load Capacity: 5 tons (Industry), 5.5 tons (Base ▲), 6 tons (Advanced ▲▲) (SAE J283) | Stainless Steel (Advanced) for corrosion resistance, alloy option balances cost and strength | Stainless Steel may corrode without coating |
Torsion Springs for Clutches | Clutch engagement in tractor transmissions | Cycle Life: 50,000 (Industry), 60,000 (Base ▲), 75,000 (Advanced ▲▲) (ASTM F2270) | Longer clutch lifespan (Advanced), compact design reduces space needs | Smaller diameters in Advanced versions may reduce durability under heavy load |
Helical Springs for Hydraulic Systems | Hydraulic valve control in machinery | Pressure Resistance: 100 bar (Industry), 120 bar (Base ▲), 150 bar (Advanced ▲▲) (ISO 10765) | Faster response time (0.3 sec, Advanced) and superior corrosion resistance (1200+ hours ASTM B117) | Advanced versions may require recalibration of hydraulic systems |