Warwick, RI – July 26, 2008 – New literature from Cool Polymers, Inc. explains why CoolPoly® thermally conductive injection molding grade plastics are an ideal choice over conventional polymers for coils and molded bobbins. Complementing the literature are spec sheets on two grades of the plastics.

The proprietary polymers as explained in the literature and compounded by a firm that has more than 100 million injection molded parts in service, provide a more efficient heat conduction path to other components. Applications include molded bobbins, solenoids, ignition and clutch coils, surface mount coils and transformers. Two product grades available from Cool Polymers are ideally suited for nearly any type of application.

Advantages of the thermally conductive polymers include reduced surface and part temperature, reduced device temperature, 50% increased cycle times, longer device lifetime and increased device power and efficiency.

The firm, according to the literature, offers either the polymers or can help design and injection mold the part in their complete injection molding facilities.

About Cool Polymers
Cool Polymers, Inc. is the oldest and undisputed leader in thermally conductive plastics, with more than 100 million customer molded parts in use. The firm also provides off-the-shelf and custom parts made from these proprietary polymers, plus full design and prototyping assistance. Products, polymers and services also available from the company are thermally conductive plastics for dielectric heat plates, folded-fin heat sinks, thermal interface and gaskets, functional heat sinks, compression molded solid shapes, complete design and prototyping services, product assembly and packaging.

For more information on the next generation of CoolPoly thermally conductive plastics with no antenna effect or free samples for testing, contact: Marketing Department, Cool Polymers, Inc., 333 Strawberry Field Road, Warwick, RI 02886 USA. Tel: 888-811-3787 or (401) 739-7602. Fax: (410) 732-6119. E-mail: sales@coolpolymers.com. Web: www.coolpolymers.com.