MFR #:Dolphon® CW-1081
EIS #:PH21-Dolphon CW-1081
MFR #:Dolphon® CW-1081
EIS #:PH21-Dolphon CW-1081
Von Roll/John C Dolph Dolphon® CW-1081 Spraying Epoxy Resin Kit, Epoxy Base Type, 410 V/Mil (1/8 Inch Specimen) Dielectric Strength, 55 Shore D At 70 °F Hardness, 3600 psi Tensile Strength, 3 x 10^-4 Cal/sec/cm^2/°C/cm Thermal Conductivity. - Dolphon CW-1081 is a flexible, two package, room or low temperature cure epoxy resin specifically formulated for spray encapsulation of electric motors to protect against moisture, grit, cinders, abrasive dust, and metallic particles.
$115.51
- $757.45
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Von Roll/John C Dolph Dolphon® CW-1081 Spraying Epoxy Resin Kit, Epoxy Base Type, 410 V/Mil (1/8 Inch Specimen) Dielectric Strength, 55 Shore D At 70 °F Hardness, 3600 psi Tensile Strength, 3 x 10^-4 Cal/sec/cm^2/°C/cm Thermal Conductivity. - Dolphon CW-1081 is a flexible, two package, room or low temperature cure epoxy resin specifically formulated for spray encapsulation of electric motors to protect against moisture, grit, cinders, abrasive dust, and metallic particles.
Product Options
Showing 3 out of 3 options
Container Size: 2 lb | EIS Part #: DOLCW10812LB | $ / Kit | ||
Container Size: 1 lb | EIS Part #: DOLCW10811LB | $ / Kit | ||
Container Size: 16 lb | EIS Part #: DOLCW108116LB | $ / Kit |
- Attributes
- Features
Attributes
General Information
Item NameSpraying Epoxy Resin Kit
Trade NameDolphon®
SeriesDolphon® CW-1081
Design & Construction
Base TypeEpoxy
ColorBrown
Performance Details
Tensile Strength3600 psi
Electrical Properties
Dielectric Strength410 V/mil
Physical Properties
Hardness55 Shore D
Features
- Supplied in kit form for easy measuring of resin and reactor
- Thixotropic consistency, will not flow or sag
- Cures in one hr at 150 °F
- Easy to apply using Dolph's "Resin-Spray" gun
- Excellent abrasion, moisture and chemical resistance
- 0.3% (ASTM D-570-59aT) water absorption
- 4.8 x 10^12 Ohms surface resistivity
- 5.7 x 10^13 Ohm-cm volume resistivity
- Dielectric Strength: 410 V/Mil (1/8 Inch Specimen)
- Thermal Conductivity: 3 x 10^-4 Cal/sec/cm^2/°C/cm