Fine Centrifuges clean oil by generating centrifugal force 2,000 times greater than gravity. This force separates solid contaminant from the oil and keeps the oil clean. Centrifuges can effectively separate fine particles from oil; however, Conventional filters arenot capable of doing this. The removal of particles by centrifugal force is based on their relative density; therefore there is no restriction on contaminant size.
Benefits:
Improved purity of the oil. Extended oil life and exchange period. Reduces engine/machinery wear. Enhances long-term preventative maintenance. Reduces maintenance costs. Cuts waste disposal costs. Reduces application downtime. Maximized in-service time for vehicle/engines/machinery. Helps ensure clean combustion and fuel efficiency. Supports engine technology for the reduction of exhaust emissions (e.g. re circulation). Very short investment recovery period & fast return on investment. Reduced contamination in oil. Less load on oil filters & heat exchanger.

Fine Centrifuges clean oil by generating centrifugal force 2,000 times greater than gravity. This force separates solid contaminant from the oil and keeps the oil clean. Centrifuges can effectively separate fine particles from oil; however, Conventional filters arenot capable of doing this. The removal of particles by centrifugal force is based on their relative density; therefore there is no restriction on contaminant size.
Benefits:
Improved purity of the oil. Extended oil life and exchange period. Reduces engine/machinery wear. Enhances long-term preventative maintenance. Reduces maintenance costs. Cuts waste disposal costs. Reduces application downtime. Maximized in-service time for vehicle/engines/machinery. Helps ensure clean combustion and fuel efficiency. Supports engine technology for the reduction of exhaust emissions (e.g. re circulation). Very short investment recovery period & fast return on investment. Reduced contamination in oil. Less load on oil filters & heat exchanger.