Piston Material | Heavy-duty trucks, high-compression engines | - Industry Standard: Cast iron (ISO 800) - Our Base: Forged steel (ASTM A394 ▲) - Our Advanced: Forged aluminum (ASTM A395 ▲▲) | Base: Lighter weight improves fuel efficiency; Advanced: Best thermal management (reduces engine heat by 15%) | Advanced: 20% higher cost due to specialized alloying process |
Piston Ring Hardness | Mining vehicles, construction equipment | - Industry Standard: Cast iron (Rockwell C40) - Our Base: Chrome-plated steel (C45 ▲) - Our Advanced: Molybdenum alloy (C50 ▲▲) | Advanced: 30% longer lifespan in abrasive environments (tested to 500+ hours) | Base: Requires proper installation tools to avoid galling |
Crankshaft Bearing Load | High-torque engines (e.g., diesel trucks) | - Industry Standard: 1000 N/mm² (ISO 3506) - Our Base: 1200 N/mm² (▲) - Our Advanced: 1500 N/mm² (▲▲) | Advanced: Handles extreme loads (e.g., overloaded trucks) without deformation | Base: Sufficient for standard 4D33 engine specs but lacks redundancy |
Connecting Rod Strength | Racing engines, high-RPM applications | - Industry Standard: 500 MPa (ASTM A390) - Our Base: 600 MPa (▲) - Our Advanced: 700 MPa (▲▲) | Advanced: Prevents rod failure at 6000 RPM+ (verified via dyno testing) | Base: Adequate for stock engine speeds but risky for modifications |
Gasket Temperature Resistance | Engines with turbochargers or aftercoolers | - Industry Standard: 250°C (ISO 10304) - Our Base: 300°C (▲) - Our Advanced: 350°C (▲▲) | Advanced: Withstands extreme heat from intercoolers (tested to 375°C burst point) | Base: May fail in prolonged high-temperature scenarios (e.g., desert climates) |
Kit Completeness | Full engine rebuilds, workshops | - Industry Standard: Partial sets (missing bearings) - Our Base: Full set (▲) - Our Advanced: Full set + 2 spare rings (▲▲) | Advanced: Reduces downtime by eliminating need for extra purchases | Base: Requires sourcing bearings separately for cost-sensitive rebuilds |