Solutions,
not just materials.
Unlike conventional TIM suppliers, we don’t kick-off a customer engagement sending data sheets and material samples. Our method arrives at better solutions faster—and with lower total cost of ownership.
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Learn more about our suite of revolutionary thermal interface materials along with their customization options.
The Carbice Method
1-2 Weeks
We ask questions about your application, understand its thermal management design, and determine what’s needed.
1-3 Weeks
We look at our product portfolio and customization options and narrow down our recommendations, running sophisticated Carbice® SIM models.
8 Weeks
First we manufacture a small batch of Carbice Pads. Then, using our lab or yours, we test that material. That material usually meets customer requirements thanks to our proven modeling.
4 Weeks
We manufacture Carbice Pads according to your specs, cut the sheets based on your designs, and deliver easy-to-mount material.
Carbice achieves the lowest total cost of ownership among TIMs.
thermals right:
Performance improves
Lowering the GPU temp by 1°C gave one company a 5-10% boost in chip performance.
1°C improvement at the thermal interface of a SAR satellite enabled a significant improvement in resolution.
thermals right:
Reliability increases
The >89ºC temperature of this company’s GPU cut the product life by 20-25%.
Rapid degredation of liquid thermal interfaces led to a 6-9ºC chip temperature increase.
thermals right:
Cost of ownership drops
By eliminating labor associated with their liquid TIM (re-work, manufacturing, etc.), one company saved over $500/in².
Reducing thermal interface rework alone saved one company over $25M/yr.