THE B8_T RANGE
The BMI vacuum furnaces of the B8_T family are designed for the main high-temperature heat treatments and especially for sensitive quenching treatments thanks to rotating flow cooling patented by BMI, which provides incomparable quenching uniformity.
THE BA5_ RANGE
The BMI vacuum furnaces of the BA5_ family are exclusively meant for vacuum aluminium brazing. These furnaces have a 100% metallic insulation, oversized pumping sets and 6 heating zones to guarantee thermal homogeneity of +/- 3°C.
THE ALLNIT® RANGE
The ALLNIT® technique, patented by BMI, is a special low-pressure gas nitriding treatment which covers all the classic applications of gaseous nitriding.
THE B5_R RANGE
The BMI vacuum furnaces of the B5_R family are meant for the principal heat treatments at low temperature. These furnaces are particularly well adapted for vacuum treatments such as: tempering, annealing, magnetic annealing, ageing and stress relieving.
BMI Fours Industriels
Since 1947, BMI has been a player to be reckoned with in the heat treatment industry and has become one of the world’s leading manufacturers of vacuum furnaces over the years. The company offers a wide range of industrial furnaces for vacuum, low-pressure or plasma heat and thermochemical treatments, thus offering its clients a complete range of standard or customised solutions for the treatment of steel, titanium, aluminium and ceramic parts…More
BMI Fours Industriels – as a member of the Metall Technologie Group - will exhibit at the Thermprocess exhibition...More...
LIST OF EXHIBITIONS AVAILABLE
To be discovered in the "Exhibitions/events" sectionMore...
BMI continues to expand its activity in ASIA
Consolidation of its implantation in Taiwan and new distributor in Japan.More...
Fours Industriels BMI
65 rue du Ruisseau - BP 736
38297 Saint-Quentin-Fallavier FRANCE
Switchboard: +33 (0)220.127.116.11.44
Sales Department: +33 (0)18.104.22.168.90
Purchasing Department: +33 (0)22.214.171.124.44
After-Sales Service: +33 (0)126.96.36.199.61
Fax: +33 (0)188.8.131.52.06