Alphacool Apex Soft Thermal Pad 11W/mk 2x 120x20x1mm

The Apex Soft are Alphacool's high-end solution in the range of thermal pads. Due to their outstanding properties, they can almost be compared to a thermal paste. The Apex Soft thermal pads nestle much better to components, which contributes to a significant improvement in cooling performance.

The Alphacool Apex Soft thermal pads offer better performance than standard thermal pads in many respects and are a perfect replacement for old or underperforming pads.

Better than standard thermal pads?
The material of the Apex Soft heat thermal pads acts similar to thermal paste. The consistency of the pads prevents the highest components, such as voltage converters or VRMs, from being subjected to increased contact pressure from the cooler. In extreme cases, this pressure can cause PCBs to bend. The Apex Soft Pads fill unevenness much better, nestle better against the components and thus significantly increase the heat transfer between the cooler and the component.

But that is not the only advantage!
The special material also cannot dry out. Usually, the silicone of heat-conducting pads bleeds out over time. This makes them go hard and the performance of the pads drops rapidly after a certain point. This is not the case with the Apex Soft thermal pads. They can be used for a much longer period of time without significantly losing performance.

Cutting to size? No problem!
When cutting the heat-conducting pads to size, it is essential to leave the foil on the pads. This makes it easy to cut the pads to size with scissors. This is just as easy as cutting paper. The cut edges remain perfectly clean and do not fray.

Technical data
L x W x H	120 x 20 x 1 mm
Colour	Grey
Specific Gravitiy ASTM D792	3,4 g/cc
Thermal Conductivity ASTM D5470	11.0 W/mK
Hardness ASTM 2240	72 Shore OO
Useful Temperature	-40 to +150 °C
Volume Resistivity ASTM D257	1.0x1011 Ohm-m
Dielectric Constant ASTM D150	7,2 MHz
Dielectric Breakdown Voltage ASTM D149	14 kV/mm
Flame Rating UL 94	V-0
Weight	20 g