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GAP PAD GAP PAD 1000SF Features & Benefits  Thermal conductivity: 0.9 W/m-K  No silicone outgassing  No silicone extraction  Reduced tack … Continue ReadingGAP PAD 1000SF

GAP PAD GAP PAD HC 3.0 Features & Benefits  Thermal conductivity: 3.0 W/m-K  Highly conformable, low compression stress  Fiberglass reinforced … Continue ReadingGAP PAD HC 3.0

GAP PAD Gap Pad VO Ultra Soft Features & Benefits  Thermal conductivity: 1.0 W/m-K  Highly conformable, low hardness  “Gel-like” modulus … Continue ReadingGap Pad VO Ultra Soft

GAP PAD Gap Pad VO Soft Features & Benefits Thermal conductivity: 0.8 W/m-K Conformable, low hardness Enhanced puncture, shear and … Continue ReadingGap Pad VO Soft

GAP PAD GAP PAD VO Features & Benefits  Thermal conductivity: 0.8 W/m-K  Enhanced puncture, shear, and tear resistance  Easy material … Continue ReadingGap Pad VO

SIL-PAD Poly-Pad K-10 Features & Benefits Thermal impedance: 0.60°C-in2/W (@50 psi) Polyester based For applications requiring non-silicone conformal coatings Designed for … Continue ReadingPoly-Pad K-10

SIL-PAD Poly-Pad K-4​ Features & Benefits Thermal impedance: 0.95°C-in2/W (@50 psi) Polyester based For applications requiring non-silicone conformal coatings Designed for … Continue ReadingPoly-Pad K-4​

SIL-PAD Poly-Pad 1000 Features & Benefits Thermal impedance: 0.82°C-in2/W (@50 psi) Polyester based For applications requiring non-silicone conformal coatings Designed … Continue ReadingPoly-Pad 1000

SIL-PAD Poly-Pad 400 Features & Benefits Thermal impedance: 1.13°C-in2/W (@50 psi) Polyester based For applications requiring conformal coatings Designed for … Continue ReadingPoly-Pad 400

SIL-PAD Q-Pad 3 Features & Benefits  Thermal impedance: 0.35°C-in2/W (@50 psi)  Eliminates processing constraints typically associated with grease  Conforms to … Continue ReadingQ-Pad 3