MFR #:198482
EIS #:DOLCC10951LB
MFR #:198482
EIS #:DOLCC10951LB
Low Stock
Min Qty:1
|Qty Increment:1
Dolphon® CC-1095 is a semi-rigid two part, low temperature curing epoxy resin kit. It is specifically formulated for impregnating and sealing electric motor windings using the Flow-On method. It is also suitable for impregnating, casting, and potting electrical and electronic devices requiring low temperature or fast curing cycles.
Von Roll/John C Dolph Dolphon® CC-1095 Epoxy Resin Reactor Kit, Epoxy Base Type, 450 V/Mil Dielectric Strength, 70 Shore D (ASTM D 2240) Hardness, 100 Parts of Resin to 20 Parts of Reactor Mixing Ratio, 7500 psi Tensile Strength, 4.9 x 10^-4 Cal/sec/cm^2/°C/cm Thermal Conductivity.
$62.12 / Kit
Min Qty:1
|Qty Increment:1
Dolphon® CC-1095 is a semi-rigid two part, low temperature curing epoxy resin kit. It is specifically formulated for impregnating and sealing electric motor windings using the Flow-On method. It is also suitable for impregnating, casting, and potting electrical and electronic devices requiring low temperature or fast curing cycles.
Von Roll/John C Dolph Dolphon® CC-1095 Epoxy Resin Reactor Kit, Epoxy Base Type, 450 V/Mil Dielectric Strength, 70 Shore D (ASTM D 2240) Hardness, 100 Parts of Resin to 20 Parts of Reactor Mixing Ratio, 7500 psi Tensile Strength, 4.9 x 10^-4 Cal/sec/cm^2/°C/cm Thermal Conductivity.
Product Options
Showing 2 out of 2 options
Container Size: 2 lb | EIS Part #: DOLCC10952LB | $ / Kit | ||
Container Size: 1 lb | EIS Part #: DOLCC10951LB | $ / Kit |
- Attributes
- Features
Attributes
General Information
Item NameEpoxy Resin Reactor Kit
Trade NameVon Roll John Cdolph
SeriesDolphon® CC-1095
Design & Construction
Base TypeEpoxy
ColorClear
Performance Details
Tensile Strength7500 psi
Chemical Properties
Mixing Ratio100 Parts of Resin to 20 Parts of Reactor
Electrical Properties
Dielectric Strength450 V/Mil
Physical Properties
Container Size1 lb
Hardness70 Shore D (ASTM D2240)
Features
- Rapid, low temperature cure
- Pre-measured packaging
- Excellent electrical properties
- Low viscosity for good penetration
- Moisture and chemical resistant
- Low toxicity
- Thermal Conductivity: 4.9 x 10^-4 Cal/sec/cm^2/°C/cm