Eeonyx Corporation: Bring On The Conductive Fabric Of The Future

The conductive fabric developed by Eeonyx Corporation has the potential to revolutionize numerous industries. With the performance characteristics to be used in numerous systems such as fabric heaters, or independently as radar absorbing material, as antibacterial fabric, as heat resistant fabric, and more, Eeonyx Corporation‘s conductive fabric is a remarkable development with application possibilities limited only by your imagination.

Thanks to the efforts of the team behind Eeonyx's conductive fabric, many companies can easily begin implementing it to design exciting new products.
As a company specializing in problems related to electrical conductivity in fabrics, Eeonyx Corporation, located in the San Francisco Bay Area, has spent years at the forefront of innovation, developing foams, felts, and powders with specifiable degrees of conductivity. Specialty engineered conductive fabric is their latest innovation and it is being used in a wide range of commercial and military applications including static controlled clean rooms, microwave absorbing structures, biomedical instruments, dynamic pressure sensors, antennas, and resistive heaters.

The Eeonyx proprietary coating technology forms the backbone of this impressive lineup. With a line of products that includes Eeonomer powders, EeonTex textiles, EeonFoam™ lossy foams, EeonFelt™ broadband absorbing felts, EeonStat™ fabric for clean room garments, and EeonYarn™ electrically-conductive yarns, it is easy to see why Eeonyx conductive fabric is drawing so much attention (NOTE: This paragraph is very confusing. What are we talking about here, our entire product line or just fabric?)

The practical abilities of Eeonyx conductive fabric have already been demonstrated. For example, let us suppose you want to minimize your radar cross section: the best way to do that is to absorb the microwave energy being beamed at you. In such a situation, EeonTex™ conductive fabric has the ability to absorb 40-50 percent of the radiation waves it receives. Just by applying theEeonTex fabric to the exterior of the object in question, the radar cross section is cut by two-thirds. Other uses of this conductive fabric include anti-static applications, anti-ballistic bombsuits, and boots incorporating a EeonTex™ resistive heater for warmth, The astounding capabilities already demonstrated by the conductive fabric developed by Eeonyx pales in comparison to the possibilities of its future use.
Energy-absorbing EeonTex fabrics are currently in use to create artificial horizons at airports, Low RCS Antenna Systems for ocean vessels, camouflage netting, and even collapsible radiating antennas for use in the field.

With all these impressive applications already in practice, it is no wonder that Eeonyx conductive fabric is widely considered to be the fabric of the future.

For more information on the Eeonyx conductive fabric, visit Eeonyx.com

Eeonyx has a core lineup of products including textiles, foams, felts, conductive plastics and magnetic fabrics and powders all with specifiable degrees of conductivity. For more information, visit Eeonyx.com