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Master Bond adhesives

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AGC Asahiklin AE3000ATE Solvent
Categories: Fluid; Solvent
Material Notes: Asahiklin AE3000AT, a mixture of Trans-1,-2-Dichloroethylene, 1,1,2,2-tetrafluoroethyl-2,2,2-trifluoroethyl ether, is a non-flammable, non-ozone depleting solvent.

Applications:

  • Defluxing of printed wiring assemblies
  • Precision cleaning of plastics, substrates, electrical component, metals, and particle removal
  • Drying agent after cleaning with hydrocarbons or alcohols
  • Drying agent after aqueous cleaning
  • Replacement for HCFC, perchloroethylene, trichloroethylene, Dupont™ Vetrel® & 3M™ Novec™ solvents
Benefits:
  • Non-flammable
  • Non-corrosive
  • Superior drying property
  • Excellent permeability
  • Recyclable
  • Low global warming potential (GWP)
  • Zero ozone depletion potential (ODP)
  • No surfactants necessary
  • Recoverable by simple distillation
  • Can be used with ultrasonics
  • Material compatibility with a wide variety of metals, plastics, and elastomers
  • Excellent thermal, chemical, and hydrolytic stability
  • Low surface tension, low viscosity, high liquid density

Information provided by AGC Chemicals Americas Inc.
Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
 
Physical PropertiesOriginal ValueComments
Specific Gravity 1.35 g/cc
 1.25 g/cc
@Temperature 15.0 °C
 1.80 g/cc
@Temperature 35.0 °C
Viscosity 0.459 cP
 0.4851 cP
@Temperature 35.0 °C
 0.5586 cP
@Temperature 15.0 °C
 0.7056 cP
@Temperature -20.0 °C
Vapor Pressure 0.484 atm
@Temperature 20.0 °C
 0.968 atm
@Temperature 40.0 °C
Surface Tension 18 dynes/cm
 
Thermal PropertiesOriginal ValueComments
Heat of Vaporization 200 J/g
@Temperature 39.0 °C
Specific Heat Capacity 1.40 J/g-°C
Melting Point -50.0 °C
Boiling Point 42.0 °C
 
Descriptive Properties
Global Warming Potential257
KB38
Material CompatibilityABSat boiling point for 5 min, 45.5% Weight Change, 23.7% Linear Swell, 0.9% Extractables
 ABSat boiling point for 3 days, 181% Weight Change, affected Linear Swell, 4.5% Extractables
 Chlorosulfonated polyethylene (CSM)at boiling point for 3 days, 32.4% Weight Change, 27% Linear Swell, 12.7% Extractables
 Chlorosulfonated polyethylene (CSM)at boiling point for 5 min, 15.2% Weight Change, 13% Linear Swell, 2.1% Extractables
 Epoxy (FR)at boiling point for 3 days, 7.4% Weight Change, 12% Linear Swell, 0.1% Extractables
 Epoxy (FR)at boiling point for 5 min, 0.4% Weight Change, 0.5% Linear Swell, <0.1% Extractables
 Ethylene propylene diene terpolymer (EPDM)at boiling point for 5 min, 16.1% Weight Change, 13.6% Linear Swell, 4.2% Extractables
 Ethylene propylene diene terpolymer (EPDM)at boiling point for 3 days, 16.7% Weight Change, 7.8% Linear Swell, 18.6% Extractables
 Fluoroelastomer E (FKM)at boiling point for 3 days, 84.2% Weight Change, 109.5% Linear Swell, 3.8% Extractables
 Fluoroelastomer E (FKM)at boiling point for 5 min, 11.1% Weight Change, 14.6% Linear Swell, <0.1% Extractables
 Isobutylene isoprene rubber (IIR)at boiling point for 5 min, 18.3% Weight Change, 15.6% Linear Swell, 3.2% Extractables
 Isobutylene isoprene rubber (IIR)at boiling point for 3 days, 38.1% Weight Change, 29% Linear Swell, 14.3% Extractables
 Natural rubber (NR)at boiling point for 5 min, 23% Weight Change, 20.9% Linear Swell, 1.3% Extractables
 Natural rubber (NR)at boiling point for 3 days, 46.7% Weight Change, 33.9% Linear Swell, 12.7% Extractables
 Nitryl rubber (NBR)at boiling point for 5 min, 29.1% Weight Change, 27% Linear Swell, 3.2% Extractables
 Nitryl rubber (NBR)at boiling point for 3 days, 66.2% Weight Change, 59.9% Linear Swell, 13.5% Extractables
 Nylon6at boiling point for 5 min, <0.1% Weight Change, -4% Linear Swell, 0.3% Extractables
 Nylon6at boiling point for 3 days, 8.5% Weight Change, 2.8% Linear Swell, 0.1% Extractables
 Nylon66at boiling point for 3 days, 7.3% Weight Change, 7.5% Linear Swell, 0.2% Extractables
 Nylon66at boiling point for 5 min, 0.2% Weight Change, -0.1% Linear Swell, 0.2% Extractables
 PCTFEat boiling point for 5 min, 0.2% Weight Change, 0.7% Linear Swell, <0.1% Extractables
 PCTFEat boiling point for 3 days, 10.4% Weight Change, 16.4% Linear Swell, <0.1% Extractables
 Phenolicat boiling point for 3 days, 11.4% Weight Change, 11.4% Linear Swell, 1.2% Extractables
 Phenolicat boiling point for 5 min, 0.2% Weight Change, 0.2% Linear Swell, <0.1% Extractables
 Polyacetalat boiling point for 5 min, 0.4% Weight Change, 0.4% Linear Swell, <0.1% Extractables
 Polyacetalat boiling point for 3 days, 11.4% Weight Change, 13.1% Linear Swell, 0.4% Extractables
 Polybutylene terephthalateat boiling point for 5 min, 1% Weight Change, 1.2% Linear Swell, <0.1% Extractables
 Polybutylene terephthalateat boiling point for 3 days, 13.5% Weight Change, 12.3% Linear Swell, 0.6% Extractables
 Polycarbonateat boiling point for 3 days, 36% Weight Change, 65.2% Linear Swell, 1% Extractables
 Polycarbonateat boiling point for 5 min, 17.2% Weight Change, 23.2% Linear Swell, 0.2% Extractables
 Polychloroprene (CR)at boiling point for 5 min, 18.7% Weight Change, 17.8% Linear Swell, <0.1% Extractables
 Polychloroprene (CR)at boiling point for 3 days, 31.8% Weight Change, 28% Linear Swell, 14.2% Extractables
 Polyester (FR)at boiling point for 5 min, 3.1% Weight Change, 3% Linear Swell, 0.2% Extractables
 Polyester (FR)at boiling point for 3 days, 76.8% Weight Change, 134.7% Linear Swell, 5.3% Extractables
 Polyethylene (HP)at boiling point for 3 days, 110.4% Weight Change, affected Linear Swell, 1.1% Extractables
 Polyethylene (HP)at boiling point for 5 min, 8.6% Weight Change, 6% Linear Swell, <0.1% Extractables
 Polyethylene (LP)at boiling point for 5 min, 1.5% Weight Change, 1.5% Linear Swell, <0.1% Extractables
 Polyethylene (LP)at boiling point for 3 days, 16.3% Weight Change, 12.8% Linear Swell, 2.4% Extractables
 Polyethylene terephthalateat boiling point for 5 min, 25.9% Weight Change, 22.2% Linear Swell, 0.3% Extractables
 Polyethylene terephthalateat boiling point for 3 days, 71.4% Weight Change, 78% Linear Swell, 2.6% Extractables
 Polyphenylene oxideat boiling point for 3 days, 107.6% Weight Change, affected Linear Swell, 10.6% Extractables
 Polyphenylene oxideat boiling point for 5 min, 34% Weight Change, 20.3% Linear Swell, 1.2% Extractables
 Polyphenylene sulfideat boiling point for 5 min, 0.1% Weight Change, -0.9% Linear Swell, <0.1% Extractables
 Polyphenylene sulfideat boiling point for 3 days, 3.8% Weight Change, 4.8% Linear Swell, 0.1% Extractables
 Polypropyleneat boiling point for 5 min, 2.4% Weight Change, 1.8% Linear Swell, 0.3% Extractables
 Polypropyleneat boiling point for 3 days, 31% Weight Change, 22.1% Linear Swell, 1% Extractables
 Polystyreneat boiling point for 3 days, affected Weight Change, affected Linear Swell, 105.8% Extractables
 Polystyreneat boiling point for 5 min, 31.2% Weight Change, 16.9% Linear Swell, 0.8% Extractables
 Polysulfide rubber FA(T)at boiling point for 5 min, 19.8% Weight Change, 16.4% Linear Swell, 1.9% Extractables
 Polysulfide rubber FA(T)at boiling point for 3 days, 63.8% Weight Change, 50.1% Linear Swell, 13.6% Extractables
 Polyvinyl chloride (plasticized)at boiling point for 5 min, 23.5% Weight Change, 19% Linear Swell, 5.8% Extractables
 Polyvinyl chloride (plasticized)at boiling point for 3 days, -7.4% Weight Change, -17.5% Linear Swell, 26.8% Extractables
 Polyvinyl chloride (rigid)at boiling point for 3 days, 43.5% Weight Change, 45% Linear Swell, 0.8% Extractables
 Polyvinyl chloride (rigid)at boiling point for 5 min, 3.8% Weight Change, 4% Linear Swell, <0.1% Extractables
 PTFEat boiling point for 5 min, 0.1% Weight Change, 0.2% Linear Swell, <0.1% Extractables
 PTFEat boiling point for 3 days, 2.6% Weight Change, 3.9% Linear Swell, 0.1% Extractables
 PTFEat boiling point for 7 days, 2.7% Weight Change, 1.1% Linear Swell, <0.1% Extractables
 Silicone rubber (Q)at boiling point for 5 min, 66.7% Weight Change, 54.8% Linear Swell, 0.5% Extractables
 Silicone rubber (Q)at boiling point for 3 days, 167% Weight Change, 128.6% Linear Swell, 2.5% Extractables
 Urethane rubber (UR)at boiling point for 3 days, 178.6% Weight Change, 129.7% Linear Swell, 13.2% Extractables
 Urethane rubber (UR)at boiling point for 5 min, 40% Weight Change, 35.8% Linear Swell, 6% Extractables
 Vitonat boiling point for 7 days, 72% Weight Change, 60.4% Linear Swell, 6.8% Extractables
 Viton (Chemical Resistant)at boiling point for 7 days, 90.5% Weight Change, 68.4% Linear Swell, 1.2% Extractables
 Viton (FDA White)at boiling point for 7 days, 57.1% Weight Change, 53.9% Linear Swell, 0.9% Extractables
 Viton (Low Temp)at boiling point for 7 days, 71.2% Weight Change, 54.6% Linear Swell, 0.2% Extractables
Material Composition1-3%Ethanol
 43-52%1,1,2,2-tetrafluoroethyl-2,2,2-trifluoroethyl ether
 56-55%Trans-1,2-dichloroethylene
Relative Evaporation Rate92Ether=100

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to go back to viewing the property data in MatWeb's normal format.

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PAGCX073 / 191182




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