Centrifugal Bypass Filters | Heavy-duty diesel engines, industrial machinery | Stainless Steel Body (ASTM A240) Centrifugal Separation (ISO 16889) Pressure Resistance: 500 PSI (Base) ▲ 800 PSI (Advanced) | ▲ Superior contamination removal (99.9% particulate capture) Long service intervals (50,000+ km) Quiet operation (43 dBA ▲, quieter than refrigerator hum) | Higher upfront cost Requires specialized installation Not compatible with all engine types |
Full-Flow Oil Filters | Passenger vehicles, light machinery | Synthetic Media (ISO 16889) Flow Rate: 20 GPM (ISO 12103-1) | Cost-effective Universal compatibility Continuous filtration during operation | Limited contaminant capacity (replaced every 10,000 km) Pressure drop risks (15 PSI max) |
Spin-On Oil Filters | Standard automotive engines | Disposable Cartridge (SAE J1858) Temperature Range: -30°C to 120°C | Easy installation/removal Low maintenance cost Widely available globally | Short service life (6 months/15,000 km) Single-use design (non-repairable) Less effective for fine particles |
Magnetic Oil Filters | Industrial hydraulic systems | Neodymium Magnets (ISO 1580) Magnetic Strength: 12,000 Gauss | Removes ferrous debris efficiently No media replacement needed Low operational noise | Ineffective against non-metallic contaminants Lower filtration efficiency (ISO 4406 class) |
Synthetic Media Filters | High-performance engines (race cars) | Synthetic Blend Media (ISO 16889) Beta Ratio: 1,000 (ISO 16889) | Ultra-fine filtration (3 µm absolute) Resists thermal degradation ▲ Extended service life | Higher cost than paper media Requires precise installation angles Not suitable for low-viscosity oils |
High-Temperature Resistant Filters | Diesel generators, mining equipment | Heat-Resistant Coating (ASTM D543) Max Temp: 180°C (ISO 10702) | Withstands extreme thermal stress ▲ Stable performance in harsh environments | Bulky design (increased space requirements) Higher pressure drop (25 PSI) ▲ Less flexible for variable oil types |