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EIC Laboratories: Advanced Materials Division

Throughout its history, EIC Laboratories has been an innovator in developing new materials and processes for defense, energy, health and consumer applications. These areas are supported by EIC's capabilities in organic and polymer synthesis and synthesis of nanomaterials, such as dendrimers, star polymers, colloids, quantum dots, and nanostructured thin and thick films. The adhesives and coatings ...

http://www.eiclabs.com/advmat.htm

EIC Laboratories: Home

home | company | advanced materials | spectroscopy | biotechnology facilities | careers | directions | contact us All information and images contained in this web site are Copyright 2004 EIC Laboratories, Inc. All rights reserved. ...

http://www.eiclabs.com/index.htm

EIC Laboratories: Contact us for further information.

Please use the form below to request further information about our company, our research programs, or our products. You may also reach us via mail, telephone or fax: EIC Laboratories, Inc. 111 Downey St. Norwood, MA 02062 Telephone: (781)769-9450 Fax: (781)551-0283 Thank you for your interest in our company. Name:* Company:* Street Address: City/ST/Zip: Telephone: Email Address:* *Indicates requir...

http://www.eiclabs.com/contact.htm

EIC Laboratories: Corporate Summary

EIC Laboratories is a research and development corporation serving government and industrial clients worldwide. Since our inception in 1971, EIC Laboratories has been committed to converting basic research into new products and processes. EIC's areas of expertise include advanced materials, spectroscopic and analytical instrumentation, and biomedical technology. Many of our current research projec...

http://www.eiclabs.com/company.htm

The ElectRelease homepage

ElectRelease is a family of adhesives with high strength bonding properties that can be completely and easily removed at a later time. Conductive (metallic) assemblies can be held together very strongly but then disassembled by applying a small amount of electricity. The electrical current causes a chemical reaction to release the bonds between the epoxy and one of the metal substrates. Typical u...

http://www.eiclabs.com/ERhome.htm

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