Chamber furnace B-14
electricgasvacuum

Chamber furnace - B-14 - Materials Research Furnaces - electric / gas / vacuum
Chamber furnace - B-14 - Materials Research Furnaces - electric / gas / vacuum
Chamber furnace - B-14 - Materials Research Furnaces - electric / gas / vacuum - image - 2
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Characteristics

Configuration
chamber
Heat source
electric, gas
Atmosphere
vacuum, inert gas
Other characteristics
custom, graphite
Maximum temperature

Max.: 3,000 °C
(5,432 °F)

Min.: 0 °C
(32 °F)

Description

B-14 Bottom Loading Furnace Our B-14 bottom loading furnace has a heating area of 14” dia. X 22” high (356mm dia. X 559mm high) and has almost five times the heated volume of our B-8 model making this model well suited for large volume or high capacity work loads in production environments. With specifications similar to our smaller units such as heating temperatures up to 3000°C for select materials, vacuum systems and gas systems for oxidizing, reducing and inert evironments, and numerous options, this furnace can be configured to specific process needs. Recommended for production furnaces, we provide user friendly HMI software with fully automated custom run profiles integrating loading, atmosphere preparation, heating, cooling and unloading variables in one recipe. Run data is collected, stored, and is available for reporting and quality control locally or over the enterprise network. General Specifications: Hot zone size: 14” dia. X 22” high (356mm dia. X 559mm high) Materials & maximum temperatures: Ceramic, 1700°C max. Molybdenum, 1650°C max. Tungsten, 3000°C max. Graphite, 3000°C max. +/- 10°C temperature gradient across zone Electric lift for loading and unloading Includes rough vacuum and inert gas system Available with high vacuum systems, flammable gas systems and other options

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.