Cylinder Liners | Heavy-duty diesel engines in construction machinery | Thickness: 5.5mm (Industry Standard) ▲6mm (Our Base) ▲▲6.8mm (Our Advanced) (ISO 2345 compliant) | ▲▲ Enhanced wear resistance and heat dissipation for prolonged engine life | Increased material cost; may require reinforced engine block for thicker variants |
Pistons | High-compression diesel engines | Chrome Plating Thickness: 0.2mm (Industry) ▲0.3mm (Base) ▲▲0.4mm (Advanced) (ASTM F76) | ▲▲ Reduced scoring/corrosion in harsh environments; improved sealing efficiency | Heavier pistons may affect engine balance and inertia during high RPM operations |
Piston Rings | Engines with varied operating conditions | Ring Gap Tolerance: ±0.05mm (Industry) ▲±0.03mm (Base) ▲▲±0.02mm (Advanced) (SAE J1289) | ▲▲ Minimizes gas leakage for better fuel efficiency and power output | Tighter tolerances require precision installation to avoid engine damage |
Gaskets | Engine rebuilds needing leak prevention | Material: Nitrile Rubber (Industry) ▲EPDM+Teflon (Base) ▲▲Graphite-Embedded Composite (Advanced) (ASTM D2000) | ▲▲ Resists extreme temperatures (-40°C to 250°C) and oil degradation | Advanced composites may require specialized adhesives for installation |
Bearings | High-load applications | Bearing Clearance: 0.01mm (Industry) ▲0.008mm (Base) ▲▲0.006mm (Advanced) (ISO 3448) | ▲▲ Reduces friction-induced wear by 40% under heavy loads | Tighter clearances demand precise engine machining to avoid overheating |
Crankshaft | Robust power transfer systems | Hardness: 35 HRC (Industry) ▲40 HRC (Base) ▲▲45 HRC (Advanced) (ASTM E18) | ▲▲ Resists deformation at 2,200 RPM+; extends service life by 30% | Hardened surfaces may fracture under sudden impact loads without proper lubrication |