Brazing joins metals by flowing a thin capillary thickness layer of non-ferrous filler metal into the space between them. Bonding results from the intimate contact produced by dissolution of a small amount of base metal into the molten filler metal, without fusion of the base metal. The term brazing is used when the temperature exceeds some arbitrary value, typically 880°F (470°C.)*
Gasbarre specializes in the design and manufacture of custom-engineered brazing furnaces specific to the thermal processing industry.
Gasbarre furnaces are:
Gasbarre’s complete line of Brazing Furnaces is listed below.
Gasbarre is a leading manufacturer of Continuous Mesh Belt (or Conveyor Belt) Furnaces, and will custom-design to your particular specifications and application.
The continuous vacuum “CV” furnace essentially transforms a batch vacuum furnace into a straight through furnace.
This design is beneficial to processes that require the use of hydrogen atmosphere, an extremely light gas.
The C.I. Hayes CVCQ-LAM Vacuum Sintering Furnace uniquely combines atmosphere delubrication and vacuum sintering.
This C.I. Hayes furnace is known for its compact design and for its popularity for brazing and bright annealing of jewelry pieces.
Designed for many thermal processes, the electrically heated batch vacuum furnace is available in a multitude of configurations.
This C.I. Hayes Furnace is a horizontally loaded, electrically heated, versatile batch furnace that may be programmed to run simple or complex thermal profile recipes.
This C.I. Hayes vacuum furnace with isolated gas quench is quite versatile, designed for a wide range of heat treat applications.
This C.I. Hayes vacuum furnace with isolated oil quench is quite versatile, designed for a wide range of heat treat applications.
*Source: Daniel H. Herring, “The Heat Treat Doctor.” The HERRING GROUP, Inc.