&Nbsp; Many friends are not very familiar with the knowledge of rotary furnaces, and some may not even know what they do or what their main functions are. Today, the editor has compiled some knowledge about rotary furnaces to share with everyone, hoping that everyone will like it
A rotary furnace is a type of calcination. Mainly used for primary rough processing of powder or mineral materials. The rotary furnace can tilt and rotate to fully heat the materials. The fired products can be programmed to control temperature and can be interconnected with computers. The rotary furnace can achieve remote control, real-time tracking, historical recording, and output report functions with a single or multiple electric furnaces through a dedicated computer control system
The rated temperatures of the rotary furnace are 1100 ℃, 1400 ℃, 1500 ℃, 1600 ℃, and 1700 ℃, respectively. Different heating elements are used, and the models are complete, safe, and reliable. The rotary furnace can also be specially manufactured for different process experiments. The rotary furnace is suitable for the sintering of electronic ceramics and high-temperature structural ceramics, precision annealing and microcrystallization of glass, precision annealing of crystals, preparation of ceramic glaze, powder metallurgy, and sintering of nanomaterials Quenching of metal parts and all heat treatments that require rapid heating process requirements are ideal experimental and production equipment for scientific research institutions, universities, and industrial and mining enterprises
Rotary Furnace Product Description:
1. The furnace body adopts a double-layer furnace shell structure, with a fan installed between the double-layer furnace shells, which can quickly raise and lower the temperature. The surface temperature of the furnace shell is low.
2. The furnace tube is made of gas refining quartz tube, and both ends are sealed with stainless steel flanges.
3. The furnace material is made of high-quality imported alumina polycrystalline fiber vacuum adsorption, which saves 50% energy. The heating furnace is composed of upper and lower parts, with the upper part being able to Flip the entire furnace tube backwards by 110 ° for easy disassembly and installation. The direction of the furnace tube can be raised and lowered, making it easy to retrieve and place experimental materials and replace the furnace tube. The heating element adopts Contel resistance wire
4. The electric furnace temperature control system adopts artificial intelligence adjustment technology, with PID adjustment, fuzzy control, self tuning capabilities, and the ability to program various heating programs. The control system has a temperature display accuracy of 1 ℃, a temperature field stability of ± 5 ℃, and a heating rate of 1-20 ℃ that can be set arbitrarily 5. It can be filled with hydrogen, argon, nitrogen and other gases, and can be pre vacuumed. The vacuum degree can reach 20kPa, and the atmosphere pressure can reach 0.1Mpa. The furnace body is made of steel plate, which is safe and reliable and meets national standards
