GOF3000 1,1x3x300mm Thermal Gasket

Laird: GOF3000 1,1x3x300mm Thermal Gasket 1,1x3x300mm, Thermal Conductivity (W/mK) 2,2; 57GF3030011C000100
GOF3000 ELECTRICALLY CONDUCTIVE THERMAL GASKET
Laird’s Graphite-over-Foam (GOF), GOF3000 thermal and EMI gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket, and contains an additional outside layer for electrical conductivity. This combination allows for the replacement of electrically conductive foams or fabric-over-foam gaskets with a gasket that can not only provide excellent EMI shielding but also a highly effective thermal transfer pathway. GOF3000 can simplify system design with economical system space usage through a multifunctional component. GOF3000 combines the thermal transfer performance of Laird’s Tgon™ 9000 synthetic graphite, copper’s electrical conductivity, and the repeatable compression and rebound of the foam core. GOF3000 utilizes a silicone foam core for lower compression force and UL94 V0 flammability rating.

FEATURES AND BENEFITS
- Efficient thermal transfer over large gaps
- Electrical conductivity for EMI grounding
- High deflection & low force
- Repeatable compression and rebound cycles
- No bleed from silicone oil or other materials
- Lightweight
- Abrasion resistant exterior
- Ease of manufacturing for high volume
- UL94 V0 flammability rating

VALUE
- Provides compressible thermal interface for sliding connections. Ideal for insertion applications
- Exceptional thermal transfer over large gap sizes, allowing for simplified thermal system design from component directly to the enclosure without heat pipes
- Space saving combining your EMI shielding and thermal management into one part
- Ensures thermal interface contact in high vertical movement locations that would separate a traditional thermal putty, gel, or grease
- Improved reliability performance of electronics with no bleed
- Environmentally friendly solution meets including RoHS and REACH