Similar Products
Optically Clear, Condensation Curing Silicone One Component, Moderate Viscosity LED Curable One Component, Moderate Viscosity UV Curable System for High Performance Bonding, Sealing, Coating and Casting One Component, Storage Stable Epoxy One Component, Flexibilized Epoxy Resin
Optically Clear, Condensation Curing Silicone One Component, Moderate Viscosity LED Curable One Component, Moderate Viscosity UV Curable System for High Performance Bonding, Sealing, Coating and Casting One Component, Storage Stable Epoxy One Component, Flexibilized Epoxy Resin
Part Number MasterSil 152 LED401LV UV25 EP19HT EP19HTFL
Supplier Master Bond, Inc. Master Bond, Inc. Master Bond, Inc. Master Bond, Inc. Master Bond, Inc.
Substrate Compatibility Ceramic, Glass; Composites; Metal; Plastic; Porous Surfaces Ceramic, Glass; Composites; Metal; Plastic; Porous Surfaces Ceramic, Glass; Composites; Metal; Plastic; Porous Surfaces Ceramic, Glass; Composites; Metal; Porous Surfaces Ceramic, Glass; Composites; Metal; Porous Surfaces
Cure / Technology Reactive or Moisture Cured; Room Temperature Vulcanizing or Curing; Thermoset Thermoset; UV or Radiation Cured Thermoset; UV or Radiation Cured Thermoset Thermoset
Insulating Varnishes and Impregnating Resins from Master Bond, Inc.

Optically Clear, Condensation Curing Silicone -- MasterSil 152

Optically Clear, Condensation Curing Silicone -- MasterSil 152 -- View Larger Image
Optically Clear, Condensation Curing Silicone -- MasterSil 152-Image

Specifications

Product Category
Insulating Varnishes and Impregnating Resins
Substrate Compatibility
Ceramic, Glass; Composites; Metal; Plastic; Porous Surfaces
Form / Shape
Liquid
Chemical System
Silicone
Cure / Technology
Reactive or Moisture Cured; Room Temperature Vulcanizing or Curing; Thermoset
Industry
Aerospace; Automotive; Electronics; Electric Power; Marine; OEM or Industrial; Photonics; Semiconductors, IC's; Tooling
Composition
 
Features
 
Use Temperature
 
Tensile (Break)
 
Elongation
 
Dielectric Strength
 
Dielectric Constant
 
Index of Refraction