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Copper Heat Pipe, 100×9×1mm

Copper Heat Pipe, 100×9×1mm

In stock

Units sold: 235

$6.00 USD
Sale price  $6.00 USD Regular price  $6.00 USD
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Ships next-business-day: US → World
  • We ship worldwide from Danville, California, USA.
  • Orders are shipped out on the next business day.
  • See delivery date estimates and various shipping options at checkout.
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  • Customers outside the US: import duties and fees may apply.

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30-Day Returns

If you have any issue with a product, contact us within 30 days of receiving it, and we'll make it right.

Product is defective or arrived damaged?

Please send photos to help us understand what's wrong. We'll send you a free replacement, or give you a return shipping label to send it back for a full refund.

Changed your mind or ordered wrong?

We'll still take it back and refund you as long as it's in like-new condition, but the original shipping will not be refunded, and the return shipping will also be deducted.

 

Copper heat pipe for making custom heatsinks and cooling electronics.

Thickness 1mm
Width 9mm
Length 100mm
Material Copper
Wick type Sintered powder
Use cases Computer cooling, custom heatsinks

This heat pipe is used in popular laptop mods like the MateBook X Pro cooling mods on BradsHacks.com. We previously resorted to 7mm-wide heat pipes by Wakefield-Vette from DigiKey.com. Now, these wider 9mm heat pipes perform better and are half the price.

This heat pipe is made of a hollow copper shell. The inside is lined with sintered powder wick, which is the best-performing type of wick. Many other heat pipes sold have inferior wire braid or groove wicks.

Also inside is a working fluid, which is a liquid that vaporizes when subject to heat. The vapor diffuses to cooler areas along the pipe, where it condenses again, moving lots of heat there in the process. The wick carries the condensed liquid back to the hot end via capillary action to continually cycle through the process.

These characteristics make a heat pipe like this the best solution for transferring lots of heat from one place to another.

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