Universal Science™ UniGap® 6000 is a high-performance ceramic-filled thermal gap pad with 6 W/mK conductivity and high dielectric strength, delivering exceptional heat transfer while ensuring electrical insulation.
Formulated with ceramic particles for consistent, repeatable performance, UniGap® 6000 remains soft enough for delicate components and stable across wide operating temperatures. Its ability to fill micro air voids makes it ideal for demanding applications such as military, medical, aerospace, portable electronics, and power devices.
UniGap 6000™ GF – 0.25 mm | Universal Science™
SKU: 93498
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Interfacial thermal resistance is decreased by dual-sided compliant surfaces
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
UniGap 6000™ GF – A1 – 0.25 mm | Universal Science™
SKU: 93487
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
- Compliant surfaces on both sides help minimize interfacial thermal resistance
UniGap 6000™ GF – 0.5 mm | Universal Science™
SKU: 94314
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Both sides feature compliant surfaces that work to lower interfacial thermal resistance
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
UniGap 6000™ – 1 mm | Universal Science™
SKU: 93500
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
- The dual-compliant surfaces serve to decrease interfacial thermal resistance
UniGap 6000™ – A1 – 1 mm | Universal Science™
SKU: 93501
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Interfacial thermal resistance is decreased by both sides' compliant surfaces
- Thermal conductivity of 6.0 W/mK
- Ceramic filled gap filling pad
UniGap 6000™ – 1.5 mm | Universal Science™
SKU: 93502
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Interfacial thermal resistance is reduced by compliant surfaces on each side of the pad
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
UniGap 6000™ – 1.75 mm | Universal Science™
SKU: 93503
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic gap filling pad
- Thermal conductivity of 6.0 W/mK
- With compliant surfaces on both faces, the thermal gap pad reduces interfacial thermal resistance
UniGap 6000™ – 2 mm | Universal Science™
SKU: 93504
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
- Compliant surfaces on both sides function to reduce interfacial thermal resistance
UniGap 6000™ – 2.5 mm | Universal Science™
SKU: 93505
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
- Compliant layers on either side act to minimize interfacial thermal resistance
UniGap 6000™ – 3 mm | Universal Science™
SKU: 93506
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Dual-compliant surfaces reduce thermal resistance
- Thermal conductivity of 6.0 W/mK
- Ceramic filled gap filling pad
UniGap 6000™ – 3.5 mm | Universal Science™
SKU: 93507
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Compliant layers on both sides lower the interface resistance
- Thermal conductivity of 6.0 W/mK
- Ceramic filled gap filling pad
UniGap 6000™ – 4.5 mm | Universal Science™
SKU: 93486
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK
- Compliant surfaces on both sides help to lower the interfacial thermal resistance
UniGap 6000™ – 4 mm | Universal Science™
SKU: 93508
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Ceramic thermal gap filling pad
- Thermal conductivity of 6.0 W/mK
- Dual compliance improves thermal transfer
UniGap 6000™ – 5 mm | Universal Science™
SKU: 93509
Electrically Insulating TIM, Thermal Gap Pad, Thermal Interface
- Both sides feature compliant surfaces that work to lower interfacial thermal resistance
- Ceramic filled gap filling pad
- Thermal conductivity of 6.0 W/mK