ECM Technologies Ausstellerprofil

ECM Technologies started manufacturing heat treatment furnaces in 1928. The mastery of high temperature, vacuum, and controlled atmospheres has allowed ECM Technologies to offer turnkey solutions for various applications, and to diversify according to the needs of numerous industries. With decades of field feedback, ECM Technologies has built itself a strong reputation in the field of advanced heat treatments in automotive, aeronautics, commercial heat treatment, electronic and photovoltaic industries. International and close-by, the company is headquartered in Grenoble (France) and has subsidiaries in the USA, China, Kazakhstan, India and Germany. ECM Technologies' Sales, Engineering and Service teams are somewhere nearby to support your worldwide operations. Within 30 years, the ECM shifted from being a company making 90% of its revenue in France, to a world leading Group exporting 90% of its production. ECM Technologies' activity splits into market based sectors: • Vacuum carburizing, vacuum carbonitriding, hardening lines for the automotive and mechanical industries: Transmissions, pinions, diesel injection pumps, etc. • Vacuum batch furnaces (Hardening, tempering, brazing, sintering of PM products or advanced ceramics, degazing...) • Polycrystalline silicon growth furnaces for the photovoltaic industry, therefore providing complete PV manufacturing lines (ingot, wafer, cell and module) on a turnkey basis. • Induction melting furnaces for various applications up to 3,000°C (Metal melting & remelting, MOX sintering…) • Conventional heat treatment solutions such as deposition furnaces, coating furnaces, nitriding furnaces as well as atmospheric pusher lines for carburizing • Special furnaces for mechanical and nuclear industries, according to the customer’s specifications. For more information: www.ecm-furnaces.com

Firma, Institut: ECM Technologies
Halle 4.1
Stand: A-028
Adresse: rue jean vaujany - Technisud
Telefonnummer: +33476496560
Webseite:
e-Mail: info@ecmtech.fr
Kontakt: Mrs. Li-Moland
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