Metcor Inc
560 Arthur Sauve Boulevard
St. Eustache, QC J7R 5A8
Canada
Phone: click for phone (450) 473-1884
About Metcor Inc
- Metcor is an industry leading provider of heat treatment services to the aircraft, automotive and general industrial sectors. Companies such as Boeing, Airbus, Embraer, General Motors and many others depend on Metcor for state of the art heat treatment for their critical components. With a ISO9000/NADCAP/AS9100 certified facility, Metcor is proud to offer a wide range of heat treating services.
The Metcor group has been a leader in the field of metal heat treatment for nearly 75 years. Metcor is one of the most diversified heat treating facilities in North America with over 55,000 square feet in our heat treating facility.
Competitors of Metcor Inc
ECM-USA, Inc.
ECM USA provides high quality vacuum furnaces, spare-parts, service, and R&D testing for customers in North, Central and South America for the ECM Group. With experienced engineering, advanced manufacturing and installation expertise, ECM vacuum furnaces provide high up-time to demanding... Read MoreVoestalpine High Performance Metals Canada
Bohler-Uddeholm is a global manufacturer and distributor of the highest quality tool, die and mould steel. We are also a distributor of specialty alloys for the aerospace, power generation and oil & gas industries. With facilities across Canada to serve you, we offer services including saw...
Solar Atmospheres, Inc.
Solar Atmospheres is one of the world’s largest providers of commercial vacuum heat treating services including vacuum brazing, carburizing, nitriding and advanced processing of raw materials such as Titanium, Tantalum and nano powders. Through unmatched technical expertise, equipment, and...
Products by Metcor Inc
Cryogenic Processing
Parts are cooled to very cold temperatures resulting in low distortion tendency, and often significantly stronger and tougher properties. Metcor can cryogenically treat parts up to 12 feet long in microprocessor controlled equipment down to -300°F with a controlled uniformity of ±10°F. Read More
