Quenching is the rapid cooling of a material from an elevated temperature. It is generally intended to form martensite in steel. The minimum cooling rate to avoid the non-martensitic transformation of products is known as the critical cooling rate.
Other common names and related subjects are: direct quenching, hot quenching, interrupted quenching, gas quenching, pressure quenching, selective quenching, spray quenching, and time quenching.*
Gasbarre specializes in the design and manufacture of custom-engineered quenching furnaces specific to the thermal processing industry.
Gasbarre furnaces are:
Gasbarre’s complete line of Quenching Furnaces is listed below.
This C.I. Hayes vacuum furnace with isolated gas quench is quite versatile, designed for a wide range of heat treat applications.
This Gasbarre furnace is available in numerous sizes and configurations and can be used for numerous processes in air or atmosphere configurations.
The C.I. Hayes CVCQ-LAM Vacuum Sintering Furnace uniquely combines atmosphere delubrication and vacuum sintering.
Expandability and versatility make this furnace an attractive selection for many thermal processing needs with growth in mind.
This C.I. Hayes vacuum furnace with isolated oil quench is quite versatile, designed for a wide range of heat treat applications.
Gasbarre Pit Furnaces are available in numerous sizes and configurations, with features and options customized to your unique needs.
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.
The C.I. Hayes “VCQ-ME” Small Batch Vacuum Furnace is ideal for light production, tool room, and research and development applications.
The CI Hayes VBQ Vacuum Furnace is part of the modular furnace family designed for heat treating and/or carburizing applications.
Sinterite offers this exclusively-manufactured Sinter-Hardening and Rapid Cooling System.
*Source: Daniel H. Herring, “The Heat Treat Doctor.” The HERRING GROUP, Inc.