EP3ANHT Product Description

EP3ANHT One Part Epoxy

One Component Abrasion, Thermal Shock and Heat Resistant Thermally Conductive Epoxy for Electrical Potting Encapsulation and Bonding

EP3AOHT Product Description

EP3AOHT One Part Epoxy

One Component Abrasion, Thermal Shock and Heat Resistant Thermally Conductive Epoxy for Electrical Potting Encapsulation and Bonding

EP3AOHTLV Product Description

EP3AOHTLV One Component Epoxy

One Component Abrasion, Thermal Shock, and Heat Resistant Thermally Conductive Epoxy for Electrical Potting, Encapsulation and Bonding

EP3FL Product Information

EP3FL One Part Epoxy Compound

One Component, Thermal Shock and Heat Resistant, Flexibilized Epoxy System for Bonding, as well as for Potting and Encapsulations up to ¼ Inch Thick; Features Good Toughness and Fast Cures.

EP3HT Product Information

EP3HT One Part Epoxy

One Component, Epoxy System for Bonding, Sealing and Coating Featuring Very Fast Cure along with High Shear Strength Properties.

EP3HTFL Product Information

EP3HTFL One Part Epoxy

One Component Thermal Shock and Heat Resistant Flexibilized Epoxy System For High Performance Electrical Potting, Encapsulation and Bonding Superior for underfill applications

EP3HTMed Product Information

EP3HTMed One Part Epoxy

One Component, Epoxy System for Bonding, Sealing and Coating Featuring Very Fast Cure along with High Shear Strength Properties. Meets USP Class VI Specifications.

EP3HTS Product Information

EP3HTS One Part Epoxy

One Component, Heat Curing, Silver Filled, Electrically Conductive Epoxy Adhesive/Sealant Featuring High Shear Strength and Good Temperature Resistance Along With a Rapid Cure Speed.

EP3HTSMed Product Information

EP3HTSMed One Part Medical Grade Epoxy

One Component, Heat Curing, Silver Filled, Electrically Conductive Epoxy Adhesive/Sealant Featuring High Shear Strength and Good Temperature Resistance Along With a Rapid Cure Speed

EP3LV Product Description

EP3LV One Part Epoxy

One Component Heat Curing Epoxy Adhesive Featuring Both High Shear and High Cure Speed for Optimal Bonding Performance

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