Chicago Pneumatic Compressors and Pneumatech appoint Ellen ...
Chicago Pneumatic Compressors produces a comprehensive range of compressed air solutions including the RCP piston and QRS rotary screw compressors, air drying solutions and quality air accessories, while Pneumatech is an established and innovative... Steck will be based out of Chicago Pneumatics Rock Hill, S. C. office, and will be responsible for delivering both organizations renowned customer service and product offerings across the North American compressor and quality air markets. Chicago Pneumatic tools and air compressors are tailored to the needs of the industrial, vehicle service, and construction markets. Chicago Pneumatic Compressors and Pneumatech have jointly announced the appointment of Ellen Steck as President of both organizations. Steck previously served as the Vice President, Communication & Branding Compressor Technique for the Atlas Copco Group out of its Antwerp, Belgium office, where she was responsible for driving customer loyalty in over 60 countries and creating... For more information about Chicago Pneumatic and their products, or to find a distributor near you, please visit http://www. Steck joins the Chicago Pneumatic and Pneumatech teams after more than a decade in other leadership roles with parent company Atlas Copco. Since 1901 the Chicago Pneumatic name has represented high-performance tools and equipment designed for an extensive range of applications. Today, Chicago Pneumatic has a global reach, with local customer centers around the world. About Chicago Pneumatic.





On jets, hot air bled from the engine compressors is used instead, plumbed to the wings, tail and engine intakes. Windshields, propeller blades, plus various probes and sensors, are kept warm electrically. De-icing systems use redundant power sources
On jets, hot air bled from the engine compressors is used instead, plumbed to the wings, tail and engine intakes. Windshields, propeller blades, plus various probes and sensors, are kept warm electrically. De-icing systems use redundant power sources