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Applications: Nanotherm LC takes the heat out of urban farming

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Case Study: Nanotherm LC - at the heart of Lighthouse LED lighting

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Analysis: Cost and Performance of Thermal Management Solutions for High Power LEDs

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White Paper: High Efficiency UV LED Enabled by Next Generation Substrates

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LIA tests show Nanotherm LC runs up to 47° cooler than competing solutions

Cambridge Nanotherm produces the industry’s most efficient thermal management technology for LED applications and high powered electronics. A patented electro-chemical oxidation (ECO) process creates a super-thin ceramic layer on the surface of aluminium to form a nanoceramic dielectric with ultra-high thermal conductivity.

This nanoceramic dielectric can be applied as thin as 10µm – many times thinner than conventional dielectrics. The combination of the thinnest dielectric layer in the industry with the highest thermal conductivity yields the lowest thermal resistance of any Metal Clad PCB (MCPCB) substrate.



Nanotherm presenting at LED Professional Symposium

Our roving applications manager, Dr Giles Humpston, will be presenting a paper called: “Thermal Management for Chip-Scale Packaged Lighting Modules” at the LED Professional Symposium in Bregenz, Austria, disusing the opportunities and thermal challenges presented by...

Nanotherm LC solves the thermal management challenge of CSP LEDs

Thermal management innovator Cambridge Nanotherm today announces how its Nanotherm LC thermal management solution addresses the unique needs of chip-scale packaged (CSP) LEDs. CSP LEDs have a number of benefits over traditional high-power LEDs (HP LEDs), giving module designers...

Cambridge Nanotherm offers Six Sigma PCB manufacturing with Elvia PCB Group

Thermal management specialist Cambridge Nanotherm has introduced a Six Sigma PCB fabrication route with partner Elvia PCB Group. Aimed at the most demanding and heavily regulated industries such as aerospace and automotive, applying the Six Sigma process ensures 99.99966% of all...

In the News


LED Journal: 2 oz, or Not 2 oz: That is the Question?

A variation of this question vexed Prince Hamlet while the modern version unsettles many a LED PCB designer. It’s all about copper thickness. When designing a PCB for LEDs, what weight of copper should be specified? Read the full post on the LED Journal website.

CiE: Horticultural lighting is heating up

With innovations in LED grow lighting, society is on the cusp of a revolution in horticultural production. But, says John Cafferkey, marketing manager of Cambridge Nanotherm, the success of this revolution may hinge on finding ways to improve the thermal efficiency of L...

Thermal News: LEDs Under the Thumb

LEDs do two things really well. They emit light and heat, in roughly equal measures. The light is generally useful, the heat less so. Heat and LEDs do not make good bedfellows so when designing a solidstate light source, as much care needs to be taken in removing the heat as...

The Technology

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