Laminates are suited for RF and microwave applications.

Press Release Summary:



Mercurywave(TM) 9350 has controlled dielectric constant of 3.5 and is available in copper-clad laminate and prepreg forms. Copper-clad laminates come in wide array of thicknesses, including thin core and industry standard thicknesses of .020 and .030 in. Lead-free assembly compatible and RoHS compliant, Mercurywave(TM) 9350 is suited to RF and microwave applications such as broadband communications, WiFi/WiMax and RFID, as well as power amplifier, filter, combiner, radar, and guidance devices.




Original Press Release:



Park Electrochemical Corp. Announces Introduction of New RF and Microwave Material Product



Melville, New York, Tuesday, September 15, 2009.....Park Electrochemical Corp. (NYSE - PKE) announced the introduction of Mercurywave(TM) 9350, Park's new RF and Microwave material product. Mercurywave(TM) 9350 is available globally.

Mercurywave(TM) 9350, which has a controlled dielectric constant of 3.5, is available in both copper-clad laminate and prepreg product forms. Park offers Mercurywave(TM) 9350 copper-clad laminates in a wide array of thicknesses, including thin core and industry standard thicknesses of .020 and .030 inches. Mercurywave(TM) 9350 is lead-free assembly compatible and RoHS compliant. Mercurywave(TM) 9350 is well suited to RF and Microwave applications such as Broadband Communications, WiFi/WiMax and RFID, as well as Power Amplifier, Filter, Combiner, Radar and Guidance devices.

For information regarding Mercurywave(TM) 9350 in North and South America, contact Neltec, Inc. at +1-480-967-5600; for information regarding Mercurywave(TM) 9350 in Europe, the Middle East, and Africa, contact Neltec, SA at +33-562-985290; and for information regarding Mercurywave(TM) 9350 in Asia and Australia, contact Nelco Products Pte. Ltd. at +65-686-17117.

Park Electrochemical Corp. is a global advanced materials company which develops and manufactures high-technology digital and RF/microwave printed circuit materials principally for the telecommunications and internet infrastructure and high-end computing markets and advanced composite materials, parts and assemblies principally for the aerospace markets. Park's core capabilities are in the areas of polymer chemistry formulation and coating technology. Park also specializes in the manufacture of complex composite aircraft and space vehicle parts. The Company's manufacturing facilities are located in Singapore, China, France, Connecticut, Kansas, Arizona, California and Washington.

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