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TRIM MicroSol 685lf is a high-lubricity, low-foaming, semisynthetic microemulsion coolant. The formula offers the performance of a heavy-duty soluble oil with the cleanliness of a semisynthetic. It provides excellent cooling and mechanical lubricity, along with the machine friendly characteristics you expect from a premium TRIM coolant.
Unit of Measure

Package Type

 N/A Tote

Concentrate Appearance

 N/A Amber Liquid

Dilution Appearance

 N/A White

Odor

 N/A Mild Chemical

Potential of Hydrogen (pH) Concentrated

 N/A 9.7 to 10.7 pH

Potential of Hydrogen (pH) at 20:1 Ratio

 N/A 9.4 to 10.0 pH

Flash Point

 N/A > 212 ºF

Volatile Organic Compounds

 N/A 135 g/L

BRIX Factor

 N/A 1.2

Applications

 N/A
  • Cooling
  • High-pressure
  • High-volume

Working Material

 N/A Aluminum Cast Iron Composites Copper Alloy Ferrous Metals Magnesium Alloys Nonferrous Metals Plastics Stainless Steel Steel

Industry Focus

 N/A Aerospace Medical

Light Duty

 N/A 4.0 to 6.5 %

Moderate Duty

 N/A 6.5 to 8.5 %

Heavy Duty

 N/A 8.5 to 10.0 %

Features and Benefits

 N/A
  • Low foam and low mist make it an excellent choice for high-pressure, high-volume coolant systems
  • Excellent alternative to chlorinated soluble oils on high-silica aluminum alloys
  • Reduces oil mist and residues often associated with high-lubricity alternatives
  • Has exceptional sump life without the use of tank side additives
  • Provides superior corrosion inhibition on all ferrous and nonferrous metals
  • Forms stable microemulsion in hard water environments
  • Keeps machines very clean while leaving a soft fluid film for ease of cleaning and reduced maintenance
  • Uses standard metalworking recycling and disposal techniques
  • Performs well where traditional soluble oils may not cool sufficiently
  • Free of: nitrites, phenols, sulfurized EP additives, and triazine

Additional Information

 N/A
  • MicroSol 685lf performs well where traditional soluble oils may not cool sufficiently.
  • In mixed-metal situations, concentration control is critical to fight galvanic corrosion (7.5% plus).
  • Running at or above 7.5% offers the best sump life and corrosion inhibition.