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Development of Microchannel Array

AMEC Thermasol have been working together with their customer Forced Physics in developing the microchannel array, which is the next generational electronic cooling solution. The microchannel array replaces traditional heat sinks with a smaller, light weight product with a more efficient building block factor. From a few watts to a few thousand, this scalable solution can meet any cooling requirements.

By combining Forced Physics unique technology with our MHP aluminium heat pipes, it increases the performance of the microchannel array significantly. This enables the array to perform without the need for air conditioning or liquid cooling. Thus associated costs of the digital interface are reduced, contributing to a more sustainable and affordable solution.

In fact the microchannel array achieves the same amount of cooling as a conventional heat sink over ten times its size. This is a game changer for server designs as the industry moves towards more powerful processors that need to operate in a smaller 1U configuration.

Please refer to the datasheet link for further information.

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TH-10NF Thermal Tape Series Extended

We have recently extended our range of the TH-10NF thermal tape material and can now offer 0.3mm thickness: TH Series.

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New Carbon Fibre Thermal Pad – Thermal Conductivity: 20.0W/mk

Thermal conductive pad with thermal conductivity 20.0W/mk. Please refer to the link: WGCF20

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New silicone thermal pads available

We have recently extended our range of silicone thermal pads and as a result we can now offer thermal conductivity up to 12w/mk. Please refer to the link: WG-S Series.

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New thermal putty materials available

We have recently extended our range of thermal putty, and as a result we can now offer thermal conductivity up to 6W/mk. Please refer to the link for further details: thermal putty.

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New non-silicone thermal pads available.

We have recently extended our range of non-silicone thermal pads, and as a result we can now offer thermal conductivity up to 8W/mk. Please refer to the link for further details: WG-NS Series.