Coolant Filters, Separators, Liquid Magnets

Overview

Storch Magnetic Chip Coolant Separator Filters

Keep Cutting Coolants Clean with Storch Self-Cleaning Magnetic Chip Coolant Separators while Reducing Costs

Remove ferrous and non-ferrous particles easily and efficiently. The coolant is directed into a powerful wet industrial magnetic drum separator, which attracts the ferrous particles onto the drum magnet face, the resulting cake also traps the non-ferrous contaminants when operating in index mode.

• Self cleaning magnet

• Permanent Magnet Hi-intensity flat faced exposed polarity drum, provides most effective separation.

• No paper products or filter elements to buy or dispose of, eliminating media costs

• Magnetic filter cleans coolant, providing longer life and lower costs

• Extends life of tooling and machinery

• Stainless steel housing

• Index mode rotates every 4 hours or on rise in liquid level for removal of cake, prevents drying and hardening of cake to drum—with indexing controller.

• Standard unit operates in continuous mode

Chip Coolant Separator Filters

Chip/Coolant separators are specifically designed* to integrate with chip-producing machine tools and grinding machines, or as part of a central coolant system.

• Coolant Separators Provide:
  Improved coolant filtration

• Improved part quality

• Extended life of pump and filtration parts

• Coolant recycling cleaner coolants

• Reduced costs

• Industrial Automation

Tell us how we may help!
For Information or Quote, contact us by:
Toll Free: (800) 959.0047

Phone: (734) 591.2200
Fax: (734) 591.2582
Email: separate@storchmagnetics.com

Submit a Request for Quote

*Coolant Separators are commonly located where in the event of dripping from coolant surges, there is a way the fluid is contained and may migrate right back into the tank or in some cases have a drain line back into the tank if the tank is not directly underneath the coolant separator. Coolant Surges, Fluctuations and overflow exceeding posted continuous GPM capacity will cause splashing, raised liquid operating heights causing dripping. Therefore it’s recommended a trough, drain, mesh or drain off/containment design is utilized beneath Coolant Separator in such an event.