Chamber furnace
pitsinteringannealing

Chamber furnace - Materials Research Furnaces - pit / sintering / annealing
Chamber furnace - Materials Research Furnaces - pit / sintering / annealing
Chamber furnace - Materials Research Furnaces - pit / sintering / annealing - image - 2
Chamber furnace - Materials Research Furnaces - pit / sintering / annealing - image - 3
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Characteristics

Configuration
chamber, pit
Function
sintering, annealing, heat treatment, brazing
Heat source
electric
Atmosphere
hydrogen, inert gas, vacuum
Other characteristics
for the ceramics industry, laboratory, for metallurgy, for precious metals, for non-ferrous metals, for carbon fiber
Maximum temperature

Max.: 2,500 °C
(4,532 °F)

Min.: 0 °C
(32 °F)

Description

This versatile top loading laboratory furnace supplies you with a tool to research, test and develop materials or processes by allowing fully programmable atmospheric conditions at temperatures up to 2500°C. It can also be used as a batch production furnace, featuring repeatable, accurate and recorded processing. The top loading configuration provides excellent thermal uniformity and is a proven economical design. This laboratory furnace is found in countless Universities, Colleges and Laboratories worldwide General Specifications Operating pressure: 1×10-7 Torr (mbar) to 2 P.S.I.G. (0.14 bar) Excellent temperature uniformity Many hot zone sizes and materials available HMI control system with Data-acquisition Ergonomic space saving design TC and pyrometer temperature control Turbo pumping system Wet Hydrogen system available Top loading with compact footprint Details CHAMBER AND HOT ZONE The Top Loading Hot Zone chamber is cylindrical in shape and is manufactured from double-walled stainless steel. The entire chamber is welded and polished for vacuum integrity and an ergonomic appearance. Numerous chamber ports are supplied for sensors, vacuum, gas, hot zone power and a sight window. The standard hot zone is made from Tungsten and Molybdenum (different materials available), with 7 shield layers to reduce power loss. The specimen rests on a tungsten hearth. Power connections to the heating elements are secluded on the bottom of the chamber and are water-cooled This furnace system was designed to operate in several positive pressure gas environments as well as partial pressures (below atmosphere) of gas such as dry or wet Hydrogen, Dissociated Ammonia, Nitrogen or Argon

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