Product Catalog
Request Information
TRIM MIST is a surface active synthetic coolant concentrate for spray mist operations. It is a clear and virtually odorless fluid that controls the overspray that is common with standard cutting and grinding fluids. It works well in cutting/grinding operations or where spray mists are used on boring mills and high-speed face milling.
Unit of Measure

Package Type

 N/A Drum

Concentrate Appearance

 N/A Light Yellow Liquid

Dilution Appearance

 N/A Colorless

Potential of Hydrogen (pH) Concentrated

 N/A 8.0 to 8.4 pH

Potential of Hydrogen (pH) at 20:1 Ratio

 N/A 8.5 to 9.0 pH

Volatile Organic Compounds

 N/A 140 g/L

BRIX Factor

 N/A 3.0

Applications

 N/A
  • Boring
  • Cutting
  • Grinding
  • High-speed face milling

Working Material

 N/A Ferrous Metals Nonferrous Metals Nonmetallic Materials

Industry Focus

 N/A Aerospace General Fabrication Medical

General Machining

 N/A 5 %

Features and Benefits

 N/A
  • Provides rapid and effective cooling
  • Keeps grinding wheels clean and free of loading
  • Has superior anti-weld action to control built-up edge and chip welding
  • Compatible with all ferrous and most nonferrous materials
  • Compatible with most nonmetallic materials
  • Has very low odor and is pleasant to work with
  • Contains no oil to leave slippery films on the work piece, the machine, or in the surrounding area
  • Has a very low initial odor level which usually disappears after using for one-to-two days
  • Will keep your machines clean while leaving a soft fluid film that protects the bare metal parts of your machine tools
  • Has exceptional sump life and very good tramp oil rejection
  • Free of: amines, boron, EPA 33/50 listed ingredients, MEA, NPEs, oil, siloxance, and triazine

Additional Information

 N/A
  • MIST is not recommended for use on reactive metals like magnesium or zirconium.
  • MIST is not recommended for use in recirculation systems.
  • The recommended concentration is 5% on all materials.
  • As spray mist systems are superior methods of cooling the work piece and cutting tool, they are most effective when all of the material evaporates.