Thermal Cycling Resistant

MasterSil 912Med Product Information

MasterSil 912Med One Part RTV Silicone System

Biocompatible. Pass USP Class VI and ISO cytotoxicity testing. Non-corrosive, neutral type curing system. Good sterilization resistance properties. Withstand rigorous thermal cycling. Elongation 250-350%. Volume resistivit >1015 ohm-cm. Tensile strength 700-1100psi.

MasterSil 910Med Product Information

MasterSil 910Med One Part Silicone System

One Component, Room Temperature Curing Silicone Elastomer Adhesive
for High Performance Bonding and Sealing. Fast Curing and Non-Corrosive.
Meets MIL-A-46146.

MasterSil 971-LO Product Information

MasterSil 971-LO Two Part Epoxy

One Component, Room Temperature Curing Silicone Elastomer Adhesive
for High Performance Bonding and Sealing. Fast Curing and Non-Corrosive.
Meets MIL-A-46146.

MasterSil 970-LO Product Information

MasterSil 970-LO Two Part Silicone Compound

One Component, Room Temperature Curing Silicone Elastomer Adhesive
for High Performance Bonding and Sealing. Fast Curing and Non-Corrosive.
Meets MIL-A-46146.

EP21AOND Product Information

EP21AOND Two Part Epoxy System

Two Component, Room Temperature Curing, Thermally Conductive, Electrically Insulating Epoxy Adhesive for Bonding, Sealing, Coating and Encapsulating Featuring a Convenient and Forgiving 1:1 Mix Ratio.

EP45HTND-2 Product Information

EP45HTND-2 Two Component Epoxy System

Two Component Electrically Conductive Heat Resistant Epoxy Compound for High Performance Structural Bonding, and Casting

EP21LV-1 Product Information

EP21LV-1 Two Part, Low Viscosity Epoxy

Versatile Two Component, Low Viscosity Epoxy System For High Performance Bonding, Sealing, Coating, Encapsulation and Casting.

Conforms to FDA Chapter 1, Section 175.105 for Indirect Food Applications.

EP46HT-1ND-2 Product Information

EP46HT-1ND2 Two Part Epoxy System

Two Component, Heat Resistant, Epoxy System for High Performance Bonding, Sealing and Casting. Features a Glass Transition Temperature in Excess of 220°C; Requires Elevated Temperature Curing at 250°F or Above.

Pages