Fujipoly Thermal Pad 17w Mk

Measured by using hot wire method refer to fujiply test method ftm p 1620.

Fujipoly thermal pad 17w mk.

Fujipoly sarcon xr m thermal pad high thermal conductivity of 17 0w m k sticky fujipoly is a us based company that makes high performance thermal interface materials elastomeric connectors and custom silicone extrusions. Sometimes it s best to have the pads thicker than too thin as it will flatten out anyway but if it s too thick it can damage the pad. Not frozen water but a sensational new thermal pad. These are custom cut to a smaller more applicable size.

With a 11 0 watt mk thermal conductivity these pads will pull heat away from your important components with ease and allow for overclocking as well. High thermal conductivity gap filler pad 4 50. Rubber type and 1. Fujipoly is the leader in the design formulation and production of high performance thermal interface materials elastomeric connectors and custom silicone extrusions.

17w mk 2 measured by using hot disk method refer to fujipoly test method ftm p 1612. Buy alphacool eisschicht thermal pad 17w mk. We operate a global network of 9 manufacturing and distribution centers to deliver you unprecedented product performance and dependability. This line of thermal pads are much more effective than stock pads.

The extreme thermal pad is a ready to use high end thermal pad. Self adhesive elastic adaptable. The alphacool eisschicht offers all the benefits and features of a typical thermal pads. High performance gap filler.

The best thermal pads are 17w mk. General purpose gap filler pad ul94 v 0 class. This item fujipoly ultra extreme system builder thermal pad mosfet block 100 x 15 x 1 0 thermal conductivity 17 0 w mk thermal grizzly kryonaut thermal paste 1g fujipoly mod smart ultra extreme xr m thermal pad 60 x 50 x 1 5 thermal conductivity 17 0 w mk. General purpose gap filler pad ul94 v 0 v 1 class.

I have the fujipoly alphacool but i have only tested the alphacool on r9 nano which set the highest benchmark in superposition for a r9 nano. Very high thermal. Very high thermal conductivity gap filler pad 8 00.