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HZG Series Three Rotary Drum Dryer

  • Customer:
    Class Title: Forestry industry   Product Title::HZG Series Three Rotary Drum Dryer
    Overview: Coal ash dryer is suitable for the drying of industrial dust, waste residue, such as coal ash, phosphorus gypsum and titanium gypsum. Its working principle is as follows: Powdery or granular coal ash is conveyed by a belt feeding machine to the feeder, and then the coal ash is conveyed to the drying roller by the feeder. It is stirred by the bafflers that are uniformly distributed in the barrel. The material is uniformly distributed and dispersed in the dryer and fully contacts the hot air of counter flow. After drying the coal ash in the roller, it discharged by dumper. The product is output by the belt discharging machine, and finished the drying process.
  • Customer: Agriculture and Forestry Industry
    Class Title: Forestry industry   Product Title::HZG Series Three Rotary Drum Dryer
    Overview: Our company research and development of energy saving type of roller drying technology, is a new technology of lignite drying.
  • Customer:
    Class Title: Forestry industry   Product Title::HZG Series Three Rotary Drum Dryer
    Overview: Breeze three tube rotary dryer is also called rotary drum dryer, slag drying machine produced by our company can be used in many industries, the industry such as cement, mining, building materials, chemical industry, food, fertilizer production and so on.
  • Customer:
    Class Title: Forestry industry   Product Title::HZG Series Three Rotary Drum Dryer
    Overview:
  • Customer: Agriculture and Forestry Industry
    Class Title: Environmental protection engineering   Product Title::HZG Series Three Rotary Drum Dryer
    Overview:
  • Customer:
    Class Title: Forestry industry   Product Title::HZG Series Three Rotary Drum Dryer
    Overview: The drying system includes crushing, sieving, coal processing, coal injection machinery, roasting, cooling etc. The drying system of our company is to heat the material in advance to the 100-300 ℃, and then enter the rotary kiln for roasting and reduction. This process uses the waste heat energy of rotary kiln, which can improve the output of rotary kiln, and can save about 30% of the coal.
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