Focus on carbon equipment
The internal structure of the new high-temperature resistant drum carbonization furnace can be made of boiler steel plate or stainless steel. Durable, non-deformable, non-oxidizing. The thermal insulation material of the drum carbonization furnace uses nano-aerogel material + thermal insulation cotton, which makes the equipment more resistant to high temperatures and has good thermal insulation effect.
Intelligent temperature control; this equipment adopts an electromagnetic temperature control system, which has ideal intelligent effect, high efficiency, automation and high degree of intelligence.
The internal structure of the high-temperature drum carbonization furnace allows the furnace body to be heated evenly and has a long service life. High carbonization efficiency and strong production capacity.
High-temperature drum carbonization furnace; highly automated, can be produced with electric heating or gas heating. The material is rotated and stirred 360 degrees in the furnace body, allowing the material to be heated evenly. The performance is very stable, clean and hygienic, and the operation is also very simple. One person can operate several pieces of equipment at the same time.
Looking for an environmentally friendly solution to challenging waste disposal? A batch carbonizer is the answer. Its design gives it unique advantages in processing a wide range of unconventional or complex raw materials, seamlessly transforming waste in
Sawdust holds immense, untapped potential. How can we unlock this potential? The key lies in converting it into organic carbon with a wide range of applications. Carbonizers are the golden key to unlocking this treasure trove.
Once a headache, agricultural and forestry waste piles are now experiencing a revolutionary rebirth thanks to the powerful power of continuous carbonization machines! This sophisticated resource conversion engine efficiently and consistently transforms se
Amid the global pursuit of sustainable development, continuous carbonization machines have emerged as a key bridge between waste management and clean energy production. With efficient and stable operation, they are promoting the circular utilization of bi