Coolant Filtration
Coolant recovery filters are provided in many designs with widely varying capacities. The three basic coolant filter designs include centrifuges, media, and magnetic. Media coolant filters are further classified into permanent media and disposable media designs. CSI's coolant filters include designs employing both technologies. Each case must be analyzed in order to determine the best filter selection. Coolant filters are required in the modern metal working factory or machining environment for recycling and reclamation of metal cutting fluids. The benefits include;
Magnetic Filtration
Flow rate up to 1000 gallons per minute. A magnetic filter should always be the first step in cleaning coolant contaminated with ferrous particulate.
- Longer Tool Life
- Easily Removes High Levels of Contaminants
- Continuous Operation
- Increases Productivity
- Reclaims valuable cutting fluid
Magnetic Filtration
Flow rate up to 1000 gallons per minute. A magnetic filter should always be the first step in cleaning coolant contaminated with ferrous particulate.
- Ferromagnetic particles are captured by magnets and aligned along its surfaces forming an efficient no cost filter medium. With the Chip systems International Magnetic Filter there will be no to purchase expensive filter medium.
- The ferromagnetic filter removes up to 99% of the magnetic material. Most of the nonferrous grit and foreign particulate will be collected and discharged with the ferrous material.
- The filter density is automatically monitored at the inlet section of the unit. As the coolant reaches a designated level, the adjustable indexing mechanism removes the spend layer of filter medium from the flow path. A fresh layer of filter medium is exposed to the coolant flow for continuous filtration.
- The spend filter medium is drained and then scraped from the filter device. The material is automatically discarded into a tote pan.
- The clean coolant flows directly back to the coolant tank after leaving the filter medium.
