The Arctic Thermal pads have been designed to obtain efficient thermal conductivity. Manufactured with a silicon base, they outperform conventional thermal pads, providing an efficient thermal interface between the heat sink and the devices.
Thanks to its great elasticity, the thermal pad adjusts perfectly to the surface of the heatsink, avoiding possible spaces that may remain.
Installation is very simple, as easy as cutting and applying, it is perfect for any type of user.
It does not contain metallic particles, so it is electrically insulated.
Highlights...
* Thermal putty on pad ..
* Made with a silicon base.
* Color blue.
* Dimensions: 290x290x1.5mm ..
Dimensiones | 290x290mm |
Espesor | 1.5mm |
Conductividad térmica | 6.0W/mK |
Dureza | 25 Shore 00 |
Peso específico | 3.2gr /cm3 |
Color | Azul |
Temperatura uso continuo | -40 ~ 200ºC |
Resistencia | 1 X 1012 O-cm |
Caida de voltaje | 12 KV / mm |
Carga de rotura | 2,5 Kgf / cm2 |
Elongación | 45% |
Constante dieléctrica | 14.1816 e at 60 Hz 13.0264 e at 1K Hz 13.0264 e at 1M Hz |
Inflamabilidad | V-0 |
The Arctic Thermal pads have been designed to obtain efficient thermal conductivity. Manufactured with a silicon base, they outperform conventional thermal pads, providing an efficient thermal interface between the heat sink and the devices.
Thanks to its great elasticity, the thermal pad adjusts perfectly to the surface of the heatsink, avoiding possible spaces that may remain.
Installation is very simple, as easy as cutting and applying, it is perfect for any type of user.
It does not contain metallic particles, so it is electrically insulated.
Highlights...
* Thermal putty on pad ..
* Made with a silicon base.
* Color blue.
* Dimensions: 290x290x1.5mm ..
Dimensiones | 290x290mm |
Espesor | 1.5mm |
Conductividad térmica | 6.0W/mK |
Dureza | 25 Shore 00 |
Peso específico | 3.2gr /cm3 |
Color | Azul |
Temperatura uso continuo | -40 ~ 200ºC |
Resistencia | 1 X 1012 O-cm |
Caida de voltaje | 12 KV / mm |
Carga de rotura | 2,5 Kgf / cm2 |
Elongación | 45% |
Constante dieléctrica | 14.1816 e at 60 Hz 13.0264 e at 1K Hz 13.0264 e at 1M Hz |
Inflamabilidad | V-0 |