Supply graphitization furnace

The graphitization furnace is a high-performance intelligent ultra-high temperature equipment with domestic leading technology developed by our company's engineering and technical personnel with the strong support of domestic scientific research institutes and universities. The maximum operating temperature of the equipment is up to. Application: Graphitization furnace is used for high-temperature graphitization of carbon material structural parts (products), composite materials, products, carbon fiber, carbon materials, phosphorus flakes, graphite and other graphite materials.
Sintering of carbon fiber rope
Other materials that can be sintered and smelted in a carbon environment.
Features
This graphitization furnace uses imported thermal insulation materials and advanced furnace structure. The maximum operating temperature is as high as its horizontal furnace, which can produce continuously without interruption.
Using a digital display intelligent temperature control system to fully automatically complete the temperature measurement and control process with high precision. The system can heat up according to a given heating curve and can store twenty process heating curves with different segments
Comprehensive water Electrical automatic control and protection system can adopt intelligent conversion for multiple furnaces in one machine.
Main technical parameters
There are various specifications such as working temperature.
Furnace body shape: There are two types of furnaces: discrete and horizontal furnaces
The furnace volume is generally available in various sizes. Furnace bodies of various sizes can also be customized according to user needs
The working atmosphere in the furnace is vacuum hydrogen and nitrogen. Inert gas, etc.
Temperature uniformity
Temperature measurement far-infrared optical temperature measurement temperature measurement range ~ or ~ temperature measurement accuracy ~.
Main customers
Beijing University of Chemical Technology
China Institute of Metrology
Central South University