BERGQUIST® GAP PAD® TGP EMI1000
This thermally conductive, silicone-based, fiberglass reinforced, highly conformable gap pad filler provides EMI attenuation at frequencies of 1GHz and higher.

BERGQUIST® GAP PAD® TGP EMI1000 is a highly conformable, fiberglass reinforced, combination gap filling material. It offers both thermal conductivity performance and electromagnetic energy absorption (cavity resonances and/or cross-talk causing electromagnetic interference) at frequencies of 1GHz and higher. You can expect EMI attenuation and 1.0 W/m-K thermal conductivity performance with low assembly stress, and the soft nature of the material enhances wet-out at the interface, resulting in better thermal performance than harder materials with a similar performance rating. It has an inherent natural tack on one side of the material for improved handling and no more thermally-impeding adhesive layers. The other side is tack-free, enhancing handling and rework when you need it. It’s supplied with a protective liner on the material’s tacky side.
We source any industrial chemical from our authorized brand network. Quote within 24 hours.
Request Sourcing QuoteWe source any industrial chemical from our authorized brand network. Quote within 24 hours.
Request Sourcing QuoteBERGQUIST® GAP PAD® TGP EMI1000
This thermally conductive, silicone-based, fiberglass reinforced, highly conformable gap pad filler provides EMI attenuation at frequencies of 1GHz and higher.

BERGQUIST® GAP PAD® TGP EMI1000 is a highly conformable, fiberglass reinforced, combination gap filling material. It offers both thermal conductivity performance and electromagnetic energy absorption (cavity resonances and/or cross-talk causing electromagnetic interference) at frequencies of 1GHz and higher. You can expect EMI attenuation and 1.0 W/m-K thermal conductivity performance with low assembly stress, and the soft nature of the material enhances wet-out at the interface, resulting in better thermal performance than harder materials with a similar performance rating. It has an inherent natural tack on one side of the material for improved handling and no more thermally-impeding adhesive layers. The other side is tack-free, enhancing handling and rework when you need it. It’s supplied with a protective liner on the material’s tacky side.







