Activated carbon activation atmosphere rotary furnace

For silicon negative electrode activated carbon products, our company has launched new specialized furnace types for carbonization, activation, regeneration, hydrogenation, sintering, drying, etc. Especially for physical activation, drawing on advanced world experience and based on customer practice, the equipment has been extensively summarized and modified. It is a professional activated carbon activation furnace used for physical activation methods. In the field of chemical activation, our company has independently developed a complete set of alkali activation systems, which have solved various problems that arise during the alkali activation process

1. Keyuan Silicon Negative Carbon Material Special Production Furnace (KY-R series) is a specialized furnace for large-scale preparation. This furnace is the third generation fully atmosphere protected activated carbon calciner independently designed by Keyuan Company after years of research and development. Belongs to the continuous production furnace type of feeding and discharging at the same time

2. The KEYUAN carbon material special furnace (KY-R series) is a continuous atmosphere protected rotary furnace. After the gas is introduced, the oxygen concentration in the furnace depends on the purity of the gas introduced

3. Keyuan's large-scale production of rotary furnace tubes adopts high-quality heat-resistant stainless steel, and large non-metallic tubes can also be used as furnace tubes

4. Refractory materials: All Keyuan kilns are made of vacuum cast fibers with good thermal stability, fast heating rate, energy-saving, low density, and minimal self thermal storage. The materials selected by Keyuan Kiln bring more energy-saving characteristics compared to other kilns

5. Use high-precision temperature control meters for temperature control. The temperature control adopts PID control method, which has the advantages of simple structure, stability and reliability, convenient adjustment, and wide application range. Different temperature curves, heating times, and holding times can be set according to the process

6. It can control the running time of materials in the furnace

7. It can achieve calcination under various sintering systems. It can meet the different heating rates, constant temperature time, and cooling time required for materials