Leaders in fluid purification technology for almost any application.
- Custom solutions to purify fluids in almost any industrial setting.
- Enhance machinery reliability, reduce maintenance expenses, increase safety, and save money.
- Dedicated engineering team available to create an optimal solution.
- Proven products providing a superior return on investment.
Magnetic Scrubbers
In a Glacier Magnetic Scrubber, a simple housing forces direct contact between the fluid and a powerful rare earth magnet. This magnet lifts out all kinds of metallic debris – particles that are damaging your equipment every second. Servicing the unit is straightforward; simply remove the magnetic rod from the housing and wipe off the accumulated debris.
All units are constructed of 304 Stainless steel, suitable for a wide range of applications including water-‐glycol fluids and all fuels. The scrubber provides control of metallic debris using two standard models, the XG100 In-Line and the XG120 Wye. Many other custom designs can be provided to match your exact requirements – contact us for more information.
Glacier Custom Services
Uses vacuum, heat, and particulate filtration to dehydrate, degasify, and purify industrial fluids of all types. Removes solid particulates via a barrier filter and removes 100% of water and gases.
Uses filtration and thermal dehydration to remove solids and moisture from most industrial fluids. The system employs a unique air/gas stripping technology and is an extremely efficient, practical method of fluid purification.
Uses media in granular form to absorb contaminants from fluids. A simple and efficient design makes this system cost-effective and easy to operate, and is engineered to specific flow rates.
Dehydrates and filters water and solids from many different types of fuels, providing the most efficient purification possible.
Designed to remove numerous contaminants from many types of fluids, engineered using the highest quality components, and available for both stationery and multiple machine locations.