Customized chamber furnaces designed for your specific thermal processes, featuring high temperature uniformity and precise control accuracy.
Our chamber furnaces are versatile high-temperature solutions designed for a wide range of industrial and laboratory applications. They feature a spacious heating chamber with excellent temperature uniformity, making them ideal for processes such as heat treatment, annealing, sintering, and material testing. With customizable dimensions, temperature ranges, and atmosphere control options, our chamber furnaces can be tailored to meet the specific needs of your application.
AJ 1600°C horizontal hydrogen furnace with wet hydrogen humidification, vacuum and hydrogen explosion-proof alarm, N₂-H₂ atmosphere, 20-segment program control, for kovar decarburization annealing, brazing and reduction sintering, ±1℃ temperature stability.
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AJ ZQLB series 1700°C vacuum atmosphere box furnace uses imported MoSi₂ heaters, supports multiple atmospheres, 30-segment programmable control, with pressure protection and water cooling. Equipped with type B thermocouple, it supports PC communication for sintering test of ceramics and new materials.
AJ-1700VSF 1700°C vacuum atmosphere box furnace adopts MoSi₂ heater, supports H₂/N₂/Ar atmosphere, 30-segment programmable temperature control, with vacuum & pressure protection and water cooling. For sintering, melting and analysis of ceramics, metallurgy and new materials, customized chamber available.
AJ 1100℃ top-opening sealed box atmosphere furnace with imported Kanthal wire and hot air stirring, electric lift seal, ±1℃ accuracy and 30-segment program for atmosphere sintering of new materials.
AJ 2100℃ vacuum atmosphere furnace uses high-purity tungsten strip heater and multi-layer metal reflect shield, PLC touchscreen, argon atmosphere, 50-segment program control for ultra-high temperature material sintering tests.
AJ 1700℃ vacuum atmosphere box furnace adopts air-cooled double shell, ±1℃ precise temperature control. Compatible with H₂, N₂, Ar atmosphere, 30-segment program control for sintering & melting of ceramics and advanced materials.
