EEONYX CORPORATION

Eeonyx Corporation is a privately-owned technology company located in Pinole, CA about 20 miles northeast of San Francisco (see the map).

Since mid-1994 the Company has focused exclusively on the commercial development of proprietary intrinsically conductive polymer (ICP) materials.

Eeonyx Corporation is proud to offer two lines of advanced products:
   Bullet Electrically conductive EEONOMER® powders and
   Bullet EeonTexTM Conductive Textiles.

The Company’s EEONOMER® materials are unique compositions of matter and have been developed and offered primarily as new alternative conductive additives to render traditional plastics and thermosets conductive. Results to date indicate our products will satisfy specialty niche markets where conventional conductive additives, such as unmodified carbon black, are either unsuitable or less than wholly satisfactory. For example, Eeonyx customers are producing static control laminates for electronic applications. We also have an advanced development program for the use of EEONOMER® in nylon for carpet fiber and in polyester for apparel. A few other development programs include conductive thermosetting resins for the semiconductor market and injection molded thermoplastic containers for the electronics market. As a second thrust, we are also investigating the potential value of our technology in anticorrosive coatings applications where initial favorable results have been reported.
In general, our EEONOMER® products can be chemically tuned to provide optimized compatibility with host polymer systems. This optimization capability is critical to provide improved end-product performance.

The Company’s EeonTexTM conductive textiles are unique materials made using a proprietary coating technology developed by a leading textile company. Individual fibers within a fabric or yarn are completely and uniformly coated with doped polypyrrole (PPY), an inherently conducting polymer. Almost all fabrics - woven, knitted, and nonwoven - and textured and spun yarns - synthetic or natural - can be coated using the aqueous process. Typical substrates include polyester, nylon, glass, and Kevlar®. While imparting electrical conductivity and a dark color to the substrates, the coating process barely affects the strength, drape, flexibility, and porosity of the starting substrates. Fabrics are tailor-made for desired resistance, thickness, porosity, surface area, flame-resistance, etc.