Crankcase Filter Breather 3636916 For Cummins QSK60

Centrifugal pre-separation layer: Adopting the patented spiral infusion structure (Patent No. CN2021XXXXXXXX), it generates a cyclone field through the tangential inlet of the exhaust gas, so that more than 85% of the large particles of oil droplets can be separated in advance under the effect of centrifugal force.
Nano-fibre gradient filter layer: Gradient density filter material jointly developed by Mann+Hummel from Germany is selected, with 0.3μm particles capturing efficiency up to 99.7%, while maintaining a pressure drop below 2.5kPa.
Electrostatic adsorption module: Built-in replaceable electret module, capturing sub-micron particles through the first two stages by electrostatic force of attraction, especially for hydrogen sulphide crystals unique to LNG/CNG engines.

Laboratory data:
Test item Industry standard 3636916 Measured value Enhancement range
Oil Mist Separation Efficiency ≥95% 99.2% +4.2
Limit Back Pressure ≤15kPa 8.7kPa -42%
Pulse cycle durability 500,000 times 820,000 times +64%
Sulphide tolerance 500ppm 1200ppm +140%

1. Intelligent operation and maintenance programme
RFID chip implantation: code can be scanned to obtain the cumulative working time, remaining life prediction (error ± 3%)
Cloud platform access: support fleet management system docking, automatic generation of spare parts purchasing suggestions.
2. Regeneration Service Module
Provide professional regeneration service for filter elements for high-value users:
Ultrasonic cleaning + vacuum drying process
Performance recovery rate of more than 92% of new products
The cost of single regeneration is only 35% of the cost of purchasing new parts.
3. Customised development capability
Interface Adaptation: Provide SAE J1939, J1708 and other communication protocols.
Space optimisation: Compact design reduces volume by 28% compared to previous generation, suitable for hybrid engine compartment layout.
Material Options: 316L stainless steel shell is optional to cope with marine corrosive environment.

Based on the Cummins 2025 sustainability strategy, the next generation of products will integrate:
Graphene conductive filter layer: enabling real-time oil mist concentration monitoring
Phase change energy storage units: utilising waste heat from exhaust gases to maintain low ambient operating temperatures
Blockchain traceability system: uploading data from raw material to end-of-life recycling