Filtration Efficiency | High-performance engines, turbocharged vehicles | Industry Standard: 90% at 5 µm (ISO 16889) Our Base: 95% (▲) Our Advanced: 98% (▲▲ synthetic media) | Base reduces contaminants for engine longevity; Advanced prevents premature wear | Industry may allow debris buildup; Advanced is costlier |
Material Durability | Heavy-duty trucks, prolonged engine operation | Industry: 500h at 100°C (ASTM D543) Base: 700h (▲) Advanced: 1000h (▲▲ reinforced rubber) | Base withstands normal wear; Advanced resists extreme heat/corrosion | Industry degrades faster in harsh conditions; Advanced requires specialized storage |
Temperature Resistance | Turbocharged/diesel engines, high thermal loads | Industry: 120°C max Base: 130°C (▲) Advanced: 150°C (▲▲) | Base suits moderate heat; Advanced prevents meltdown in extreme conditions | Industry fails in high-temperature environments; Advanced may be overkill for light-duty use |
Compatibility | Specific vs. universal vehicle models | Industry: Generic fit Base: Mitsubishi Canter (listed models) (▲) Advanced: Universal fit (▲▲ adjustable gaskets) | Base ensures precise fit for Canter; Advanced adapts to multiple brands | Industry may mismatch; Advanced requires custom installation for non-standard engines |
Certifications | Markets with strict regulations (e.g., EU) | Industry: CE only Base: CE + EPR Germany (▲) Advanced: CE + EPR + ISO 16889 (▲▲) | Base meets EU standards; Advanced qualifies for global compliance | Industry lacks EPR for Germany; Advanced adds cost for certifications |
Pressure Drop | High oil-flow engines, performance tuning | Industry: 50 kPa at 10 L/min (ISO 2941) Base: 40 kPa (▲) Advanced: 30 kPa (▲▲) | Base improves oil circulation; Advanced minimizes engine strain | Industry restricts oil flow; Advanced may be unnecessary for basic engines |