CPS Technologies To Exhibit at JEC Europe 2012

March 5, 2012 - PRLog -- CPS Technologies Corporation (CPS) (OTC Bulletin Board: CPSH) today announced its participation in the JEC Europe Composites Show in Paris, March 27 – 29, 2012. The JEC Composites Show in Paris is the only trade show that unites the global composite industry in an international platform where users can find a full spectrum of processes, new materials, and composite solutions. The Show presents a diversified and well-balanced offering from more than 1,120 exhibiting brand names from around the world.

For more than 20 years, CPS has been a leading supplier of metal matrix components for thermal management of electronics. Now CPS also offers aluminum metal matrix composite (Al-MMC) encapsulated ceramic tile HybridTech Armor® as well as structural components primarily using fiber reinforcements. Our Al-MMCs tool box also includes hollow ceramic shell reinforcements creating syntactic foams, with density nearly half that of aluminum. Such syntactic foams can be combined with fiber reinforced layers to create unique Al-MMC structures. Current maximum size for Al-MMCs is approximately 1m x 2m x 20cm. At stand # Z44 in Pavilion 1, CPS will showcase its capability to make large net-shape components.

ABOUT CPS
CPS serves a portfolio of end markets with advanced material solutions, the most significant solution being metal matrix composites (MMCs). CPS has a proprietary, leading position in MMCs today, primarily providing electronics OEMs with thermal management components to increase performance and reliability. CPS products are used in internet routers and switches, motor controllers for hybrid vehicles, electric trains and subway cars, cellular telephone base stations and electricity-generating wind turbines, among other applications. For more info, visit CPS at http://www.alsic.com

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CPS is the world leader in developing and manufacturing advanced materials solutions and products, particularly combinations of metals and ceramics, to improve performance and reliability of applications in a variety of end markets. Our primary advanced material solution is metal matrix composites (MMCs) a class of materials which has several superior properties compared to conventional materials including improved thermal conductivity, thermal expansion matching, higher stiffness and lighter weight.