Aavid Kunze is a leading international supplier of customized thermal management solutions specializing in thermally conductive materials for power electronics. For 25 years, Kunze has been supporting a prestigious worldwide clientele providing them with customized, integrated applications to deliver optimum dissipation of heat loss. Kunze products are uniquely designed to improve the increasing requirements for effective thermal management solutions. Beside supplying most various thermal interface materials Aavid Kunze serves renowned customers worldwide with consultation in respect of client application and integration of the Kunze products into serial production. In the field of LED heat dissipation Aavid Kunze supports customers from the development stage of LED applications with in-depth technological expertise and broad knowledge of the industry. Kunze LEDPAD® maintains the reliability of the LED lifetime by providing optimal thermal connection between the high-performance LED and the heat sink.
Aavid Kunze is now part of the Aavid-Group
Particularly in the field of heat sinks the location in Bologna is developing and producing custom products to suit all thermal needs. Aavid with its global network of manufacturing and design center locations, offers a wide range of technically advanced thermal management solutions. Find out more about the wide variety of products of the Aavid-family at www.aavid.eu.
Cambridge Nanotherm manufactures the most efficient thermal management substrate technology for high-powered electronics. A patented electro-chemical oxidation (ECO) process creates a super-thin nanoceramic layer on the surface of aluminium to form a dielectric with exceptionally high thermal conductivity. This combination of the industry’s thinnest dielectric with the highest thermal conductivity yields the lowest thermal resistance and provides the platform for Cambridge Nanotherm’s core products.
Nanotherm LC has the highest thermal performance of any MCPCB, making it the perfect choice for thermally demanding electronics applications such as high-power LED and power electronics modules.
Nanotherm DM is a unique thin-film substrate that is a cost-effective replacement for ceramics such as aluminium nitride and is used for LED and semiconductor packaging.
ebm-papst St. Georgen, subsidiary of the ebm-papst group of companies in Mulfingen, Germany is known as a global pioneer and trend setter in the field of compact fans and drive engineering. The Black Forest-based company supplies intelligent solutions for a variety of sectors such as automobiles, rail technology, internal logistics, electronics and medical technology. The Herbolzheim plant is the technology center for the automobile industry. Turnover in the 2015/16 financial year totaled around € 336m. ebm-papst St. Georgen employs over 1,460 members of staff in Germany.
With industryleading German-engineered compact fans, ebm-papst can provide the perfect solution for your LED application. One of the most significant advantages that ebm-papst fans have on the life of the LED light is due to the reliability of our products. With active cooling solutions far surpassing the 50,000+ hour promise the industry is accustomed to, an ebm-papst fan is now the LED light’s most efficient cooling source.
EVATEG Center develops thermal technologies for electronics, solid state lighting and display technologies. EVATEG’s capability includes both theoretical studies and experimental validation with prototypes at the chip and system level. Center has developed a number of models to identify chip level local hot spots and system level high performance thermal solutions which are patented with globally. EVATEG is open to license technologies through Ozyegin University Technology Transfer Office and spin off companies in the technology eco-system. Developing a cost effective, low weight, and sustainable thermal solution with customer focus is the primary goal of the EVATEG technology team.
HALA Contec focuses on innovative and integrated system solutions for Thermal Management. We provide a broad variety of thermal interface materials from competitive commodity products to special highly thermally conductive materials, touching all material technologies available, from phase change , silicone elastomers, gap filling material, thermal glues, silicone free material, films, tapes, and putty materials.
Parts are provided according customers drawing in HALA’s own integrated material converting/processing capabilities for small or high volume series.
Beside the TIM product line, integrated heat pipe and flat heat pipe solution complete the portfolio.
Thus serving in all fields of LED applications ranging from street lighting, shop light LEDs, design- & architectural lighting to automotive front light LEDs.
Inkron is manufacturer and developer of siloxane based material solutions for LED, display and optical device packaging, thermal control and light optimization. Additionally available are protective coatings such as coating against silver oxidation especially for high power LEDs is introduced. At LpS Inkron will exhibit thermally conductive Die attach paste product-series, High and Low Refractive Index Encapsulants and coatings as well as printable solvent free conductive and dielectric inks and pastes.
Mastering LED Cooling – that is where we stand for. Since 2012 MechaTronix is the reference for passive and active LED cooling.
With over 250 standard off-the-shelf available LED coolers, a close cooperation with all the major LED brands like Bridgelux, Citizen, Cree, Osram, Philips, Xicato, … and a knowledge on thermal design praised by many leading lighting designers, MechaTronix became the global leading power house in thermal management of LED driven lighting applications.
To service the international markets and meet the exploding demand for its products, MechaTronix formed an international distribution group.
Through these localized professional partners, MechaTronix’ products are readily available all over the world.
In 2003, coming from a many years experience in the Power Electronics’ market, REI started distributing thermally conductive materials throughout. Rei also operates as a stockholder of the materials produced by companies like Denka, Timtronics, Nanesa, to name just a few. Relevant in our offer is also the Compressed Ceramic-Powder Technology (CCPT) developed by Arthe.REI’s strength is the custom mechanical-transformation of the materials (by means of operations like refilling, punching, cutting, slicing, packing and rolling). Thus, through a reliable and effective structure, we can address extremely-demanding markets. Our company does not focus on sales only: technical support is the base of our activities and we are ready to help our customers in order to make the best industrialization for the use of our materials.
The quality guarantees of the REI offer, also towards demanding partners that want to follow all the dynamic potentialities of today’s market, are: – wide technical knowledge of our products – commitment for a proposal of materials that meets the customer needs – quick, flexible and effective service.
RUSALOX LLC is a progressive nanotech developer and manufacturer of high thermal conductivity substrates and solutions for semiconductror, power, high-frequency, microelectronics and aerospace industries. RUSALOX LLC was established in December 2010 when two major state-owned investment funds have joined forces to develop and implement promising high thermal conductivity PCB nanotechnology in mass production. The technology is based on the innovative concept of nano-porous material layers constructing multilevel switching combining aluminum and aluminum oxide in their structure. Aloxide technology has a number of unique advantages that enables it to compete easily with the traditional solutions: 1) efficient thermal conductivity of five times better than the standard solutions existing on the market; 2) no gluing and drilling operations; 3) eco-friendliness as all the waste is being recycled; 4) cost efficiency as RUSALOX’s solutions are energy-saving; and 5) price efficiency. RUSALOX gains the price advantage by reducing the size of aluminum heatsink and BOM.
Highest reliability is one of the most important and key attributes of aloxide technology and products. Aloxide-based products, substrates and packages demonstrate the highest reliability standards required in the semiconductor electronics packaging. Rusalox’s aloxide PCBs successfully passed extensive reliability tests according to the most stringent requirements commonly used in the industry.
The Spin-Off company “RthTEC” will develop and sell automatic test equipment for high volume and in-line transient thermal impedance testing. Cause of miniaturization and the rise of the power density the thermal properties of electric devices are very important. Especially for LEDs the transient thermal analysis is the preferred method to predict max. junction temperature and the lifetime. However, customized automatic high volume test equipment is not available on the market.
The university of applied science Ingolstadt develops a fully automated measurement system for thermal transient analyses for power LEDs. A prototype is build up within a governmental funded project. A Spin Off company “RtHTEC” will be founded and a commercial tester will be available in 2018. The huge advantage of the system is the reduction of engineering hours for measurement and data analyses while having very accurate measurement results.