Novel, Water-based Conductive Ink from Acheson Improves RFID Antenna Production
PORT HURON, Mich., July 31, 2006 -
Acheson Electronic Materials (www.achesonindustries.com) has introduced novel, water-based conductive printing ink technology that provides manufacturers of RFID antennas and other printed electronic circuitry with many production and performance advantages.
The new technology enables Acheson to provide products with a wider scope of processing capability, a critical requirement for RFID and other emerging applications in the printed electronics market space, according to Greg Gaitens, Sales Manager, Acheson Electronic Materials.
"These are environmentally friendly inks that do not require expensive solvent recovery equipment during processing," said Gaitens. "These novel, water-based conductive inks are fast drying and highly stable at room temperature, enabling high speed assembly with minimum product waste, therefore minimizing assembly cost. In addition, their low-temperature cure allows for the use of low-cost temperature-sensitive substrates such as PET and paper."
For more information on the new water-based conductive printing ink technology from Acheson Electronic Materials, contact Greg Gaitens. E-mail: firstname.lastname@example.org. Phone: 810-984-5581 ext. 736.
Acheson, a National Starch and Chemical business, is a global supplier of specialty electrical materials, specialty coatings, process lubricants and lubricant-application equipment. Acheson's products are utilized in countless applications in the electronics, automotive, aerospace, appliance, and other industries. Acheson has a global presence with facilities in Australia, Brazil, China, France, Germany, Italy, Japan, Korea, Mexico, Netherlands, Singapore, Spain, United Kingdom and the United States.
Acheson's product trade names include Dag(R), Molydag(R), Emralon(R), Aerodag(R) Electrodag(R), SLA(TM), FGA(TM), Deltacast(TM), and Deltaforge(TM). Additional information about Acheson and its products is available at www.achesonindustries.com.
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Editorial Contacts: Dave Manion