Gap Pad® TGP 7000ULM

Bergquist’s ultra-low modulus gap-filling material offers exceptional thermal performance at low pressures

Image of Bergquist's Gap Pad® TGP 7000ULMBergquist’s Gap Pad TGP 7000ULM is an extremely soft gap-filling material rated at a thermal conductivity of 7.0 W/m-K that is specially formulated for high-performance applications requiring low assembly stress. The material offers exceptional thermal performance at low pressures due to the unique filler package and ultra-low modulus resin formulation.

Gap Pad TGP 7000ULM is highly conformal to rough or irregular surfaces, allowing excellent wet-out at the interface. Protective liners are supplied on both sides allowing for ease of use.

Features
  • Low assembly stress due to ultra-low modulus (Shore 000 and ASTM D2240)
  • Excellent conformability to rough or irregular surfaces
  • Thorough wet out at the interface for maximized thermal transfer
  • High thermal conductivity of 7.0 W/m-K
  • Simplified application and processability; supplied in pre-cut, custom-sized pads with high tack on both sides
  • Room-temperature storage
Applications
  • Telecommunications
    • Routers
    • Switches
    • Base stations
  • Optical transceivers
  • ASICs
  • DSPs

Gap Pad® TGP 7000ULM

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
THERM PAD 203.2MMX203.2MM GRAYGPTGP7000ULM-0.020-02-0808THERM PAD 203.2MMX203.2MM GRAY22 - Immediate$101.92View Details
THERM PAD 203.2MMX203.2MM GRAYGPTGP7000ULM-0.040-02-0808THERM PAD 203.2MMX203.2MM GRAY18 - Immediate$97.51View Details
THERM PAD 203.2MMX203.2MM GRAY2474875THERM PAD 203.2MMX203.2MM GRAY4 - Immediate$131.95View Details
THERM PAD 203.2MMX203.2MM GRAYGPTGP7000ULM-0.080-02-0808THERM PAD 203.2MMX203.2MM GRAY0 - Immediate$159.82View Details
THERM PAD 203.2MMX203.2MM GRAYGPTGP7000ULM-0.100-02-0808THERM PAD 203.2MMX203.2MM GRAY0 - Immediate$141.85View Details
THERM PAD 203.2MMX203.2MM GRAYGPTGP7000ULM-0.125-02-0808THERM PAD 203.2MMX203.2MM GRAY0 - Immediate$246.99View Details
Published: 2020-04-08