Zinc oxide is an oxide mainly composed of zinc. It is usually difficult to dissolve in water, but soluble in acid and strong alkali. The commonly used chemical additives have large band gap and exciton binding energy, high transparency, and room temperature luminescence performance. In recent years, nano zinc oxide has grown rapidly with nano characteristics, and its application fields are becoming more and more extensive. Because of this, more and more friends are investing in the construction of zinc oxide rotary kiln production lines, and high-temperature calcination of zinc oxide in the production line is an important part of the industrial system. Among them, the Φ2.5×40 zinc oxide rotary kiln is high-yield and environmentally friendly. Many user friends say that it is a good helper.
Φ2.5×40 zinc oxide rotary kiln has high operating efficiency!
Φ2.5×40 rotary kiln is also a new type of zinc oxide rotary kiln. It is a new type of highly professional equipment designed for it. The kiln body size is: diameter 2.5m, length 40m, slope 3.5%, output 180t/d, speed 0.44-2.44r/min, motor power 55kw, total weight 149.61t.
A new PLC automatic control system is added to the configuration, which can monitor the temperature in the kiln body and complete the automatic calcination operation through the computer, making the operation easier and more intelligent. In addition, the heat source can be fully utilized in production to reduce the loss of hot air. The transmission device rotates the cylinder according to the specified operating parameters through the gear ring located in the middle of the cylinder, completing the processing work with quality and quantity, with strong and stable processing capacity, and achieving high-yield operation.
Φ2.5×40 zinc oxide rotary kiln is energy-saving and environmentally friendly!
The calcination technology has been strictly controlled in the design. Reliable kiln tail and kiln head sealing devices are installed at the feed end and discharge end of the cylinder. Silencers and dust removal equipment are configured to reduce smoke and dust flying and reduce noise during operation, which complies with the environmental protection regulations of the production site. In addition, a variety of raw materials such as electricity, gas, and coal can be selected as heat sources, and heat energy is concentratedly utilized to reduce waste and save a lot of energy consumption costs.
