Muffle furnace

The muffle furnace adopts a double-layer shell structure, which can ensure the continuous and stable operation of the high-temperature experimental furnace. In addition, some muffle furnaces are also equipped with an air cooling system to keep the surface temperature of the furnace body at a low level.
 

The furnace material of the muffle furnace usually uses high-purity alumina polycrystalline fiber, which is durable and has good thermal insulation effect. In addition, the furnace design of the muffle furnace is reasonable, which can achieve good temperature uniformity and avoid local overheating or overcooling.

Modern muffle furnaces use intelligent temperature control systems, which can automatically adjust and set functions, and can also compile multi-stage heating programs to make temperature control more convenient. In addition, the electric furnace temperature control system uses artificial intelligence adjustment technology, with PID adjustment, fuzzy control, self-tuning functions, and can compile various heating and cooling programs.

The muffle furnace is equipped with functions such as door opening power off, leakage protection, and over-temperature alarm to ensure safety during use. In addition, multiple safety protection devices such as over-temperature protection function, leakage protection function, and over-temperature alarm device can cut off the power supply in time under abnormal conditions to prevent equipment damage and safety accidents.

The design of the muffle furnace makes it simple and convenient to operate, such as the circular shell design and bolt fastening structure. The gas circuit connection only requires a clamp, and no complex flange installation is required, which reduces the risk of damage. In addition, the electric furnace is equipped with an interface to connect to a computer, and the computer control system can complete the remote control, real-time tracking, and historical records of a single or multiple electric furnaces.