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Marktek Inc.

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13621 Riverway Drive, Suite H
Chesterfield, MO 63017
About Marktek Inc.
  • Rely on Marktek Inc. for all your special materials needs related to EMI shielding & suppression, static dissipation, microwave and radar absorbing, resistive heating, pressure sensors, antimicrobial textiles .... and much more!

    A complete, global supplier of high-tech, EMI shielding and conductive, piezoresistive, and microwave-absorptive materials, Marktek Inc., was established in 1994.

    Marktek's specialty materials include a broad variety of high-quality conductive, resistive, and microwave-absorptive fabrics, fibers, felts, fillers, meshes, and tape. Marktek Inc. carries fabrics that possess surface resistivities ranging from less than 0.1 ohm/sq up to over 100 Mohm/sq. Its Fibreohmâ„¢ nonmetallic resistive wire product line ranges from about 5 ohm/in up to 500K ohm/in.
Competitors of Marktek Inc.
  • Mouser Electronics, Inc.

    Mouser Electronics, Inc. is an electronic component distributor, focused on the rapid introduction of new products and technologies to electronic design engineers.
  • Murata Electronics N.A. Inc.

    Murata is a broad-line provider of electronic components and a partner in innovative design solutions to the telecommunications, computer/peripheral, automotive and multimedia industries. Our technologies include: Leading Edge - Versatile Solutions; Miniaturization; Cost effective solutions;...
  • Vishay Intertechnology Inc.

Products by Marktek Inc.
  • EeonTex (TM) Conductive Textiles

    EeonTex(TM) conductive textiles are unique materials made using proprietary conductive coating technologies. The present EeonTex product line consists of conductive textiles and items made of conductive fabric, such as ESD garments, gloves, wipes, and hook & loop. Fibers and yarns can be treated... Read more
  • Eeonmer(TM) Conductive Additives

    Eeonomer 700 and 800 series are specially designed for ESD applications by providing a flatter, more controllable resistance vs. loading curve than that of ordinary carbon blacks. This results in less rework and higher yields Read more