NANOTHERM

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Applications: Nanotherm DMS addresses the unique thermal challenges of UV LEDs

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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 manufacturers the industry’s most efficient Metal Clad PCB (MCPCB) 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 layer 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 MCPCB substrate.

Press

22
SEP
2017

Cambridge Nanotherm at Productronica in November

Cambridge Nanotherm, producer of innovative nanoceramic thermal management technology for LEDs and electronics, today announces it will have a stand at this year’s productronica fair in Munich from 14­–17th November. Cambridge Nanotherm will be exhibiting its thermal management...
20
JUN
2017

Cambridge Nanotherm partners with Inabata for global sales and distribution

Partnership with Japanese distribution giant brings significant sales and distribution channel to thermal management specialists Inabata on track to bring Nanotherm’s unique thermal management solution to a wide range of global markets Cambridge Nanotherm, producer of innovative...
22
MAY
2017

Cambridge Nanotherm launches Nanotherm DMS for UV LED applications

Thermal management innovator Cambridge Nanotherm today announces the launch of Nanotherm DMS, a unique Direct Metallised Single-sided thermal management solution that addresses the challenges created by UV LED modules. Ultraviolet (UV) light has key applications for curing resins...

In the News

07
NOV
2017

UV Community | Why the UV Industry Needs Nanoceramic Thermal Management

For decades UVA curing used high-intensity discharge (HID) UVA lamps. Only recently has the industry seen LED alternatives come to the fore. Compared to HID lamps, LED form factors are smaller and less fragile, while operationally they use less power, run cooler, and power cycle...
24
OCT
2017

eeNews | The case for nanoceramic PCBs in UV LEDs

UVA-based curing has been used in industrial applications for many years. However, the use of high-intensity discharge (HID) mercury vapour lamps as the UV source has limited the range of applications they were suitable for because the lamps, while effective, were large, fragile...
11
SEP
2017

Electronics Weekly | More heat than light for UVC LEDs

The old saying about an argument generating ‘more heat than light’ also sums up the thermal challenge in the growing market for UVC LEDs being used to disinfect medical instruments, water and other everyday consumer products, writes John Cafferkey of Cambridge Nanotherm. Read the...

The Technology

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