Chamber furnace
pitcarburizingsintering

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

Configuration
chamber, pit
Function
carburizing, sintering, annealing, heat treatment, brazing
Heat source
electric
Atmosphere
inert gas, vacuum, controlled atmosphere
Other characteristics
graphite, for the ceramics industry, for the electronics industry, laboratory, for aeronautical applications, for metallurgy, for carbon fiber
Maximum temperature

Max.: 3,000 °C
(5,432 °F)

Min.: 0 °C
(32 °F)

Description

Our 3000°C top loading graphite furnace with a near 2 cubic foot work area will satisfy all your ultra-high temperature requirements. The graphite hot zone is rated for operation to 3000°C in inert gas. Operation in vacuum is limited to 2200°C to maximize lifetime of the heating element and shields. This batch furnace features repeatable, accurate and recorded processing. The top loading configuration provides excellent thermal uniformity and is a proven economical design. The access lid is pneumatically operated for easy access. General Specifications 20″ diameter x 16″ high element (508 mm x 406 mm) Top loading with pneumatic cover lift Graphite heating element and heat shielding Available in smaller sizes Optical pyrometer & retractable thermocouple for temperature measurement Details CHAMBER AND HOT ZONE The furnace chamber is round and is supplied with a pneumatic top cover. The top heat shielding is attached to the cover to facilitate loading and unloading. The chamber is double-walled, manufactured from stainless steel, and is electro-polished for a clean, shiny and durable finish. The top cover is pneumatically lifted for easy, full access to the hot zone. All chamber components are water cooled. In our graphite type zones, we utilize fibrous graphite insulation with excellent insulation value. A resistance heated graphite heating element surrounds the work area. Power to this element is delivered through a set of six unique tapered graphite pins that requires no threaded connections. The elimination of graphite threads greatly simplifies the design and reduces down time for element replacement.

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ULTRA HIGH TEMPERATURE FURNACES

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