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EnSolv1 EnSolv Medical2EnSolv Oxygen3EnSolv 54084 EnSolv Ionic6 EnSolv EX5EnSolv Custom Blends7
ENSOLV HOME Arrow ENSOLV VERSUS TRICHLOROETHYLENE
 

Comparison of physical properties of Ensolv and Trichloroethylene

Technical Information
  EnSolv Trichloroethylene
     
Boiling Point °C 70°C 87°C
  Evaporation Rate n-butyl
acetate = 1 ASTM-D35397
4.5 3.0
Kuari Butanol Value 129
129
Specific Gravity @25°C 1.31 1.46
Viscosity @ 25°C cp 0.49 0.55
Vapour Pressure (mm Hg) 143 68
Vapour Density 4.3 4.5
Specific Heat 0.27 0.23
Latent Heat of vaporization (cal/gm) 58.8 57.2
Water Solubility (gm/100ml) 0.25 0.1
Surface Tension @ 20°C (Dynes/cm) 26.1 32.0
Dielectric Strength (volts) 18,000 30,000
Flammability Limits (vol%) 3.8-9.5 11-5-27.2
Flash Point Abel Closed Cup None None
Auto-decomposition Temperature (°C) 400 420
Global Warming Potential GWP 0.031 No Data
Ozone Depletion Potential ODP 0.005 0.0003
Atmospheric Lifetime (days) 24.7 10
     
Relative evaporation rate of EnSolv
compared to a range of alternative cleaning solvents
compared to n-Butyl Acetate. Larger numbers signify faster evaporation rates



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EnSolv®
The Environmentally Friendly Vapour Degreasing Solvent

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