The working principle of vacuum Chamber Furnace is mainly based on vacuum and atmosphere control. First, the air in the furnace is extracted through a vacuum pump to form a vacuum environment or a specific gas (such as hydrogen, nitrogen, inert gas, etc.) to form the required atmosphere. Then, the electric heating element is used to heat the furnace, so that the material is sintered, annealed, heat treated and other processes at the required temperature. During the heating process, due to the existence of a vacuum or a specific atmosphere, the contact between the material and the air can be effectively reduced to avoid oxidation and pollution, thus ensuring the purity and quality of the material.
Main feature
Double shell structure: the furnace body surface temperature is lower, the design is compact, to meet the requirements of small laboratory space.
Good thermal insulation performance: The furnace adopts imported alumina polycrystalline fiber material, excellent thermal insulation performance, durable and energy saving.
Heating element high quality: The use of high quality alloy wire as a heating element, high surface load, high resistivity, good oxidation resistance, durable, the highest temperature up to 1200℃.
High air tightness: the inner furnace chamber is made of high temperature resistant alloy material, professional vacuum design and sealing technology to ensure the air tightness of the furnace chamber.
Flexible atmosphere control: Reserve two air inlet interfaces, can separately control the gas flow, equipped with air mixing device, to meet the requirements of a variety of atmosphere experiments.
Intelligent control: Reserved 485 conversion interface, through the selection of special software and computer connection, can achieve remote control, real-time tracking, history, output reports and other functions.
High safety performance: with overtemperature alarm and power off protection function, leakage protection function, safe and reliable operation.
