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Energy Saving Environmental Protection Electric Rotary Kiln-With Touch Screen Control System(GWL-RK)

GWL Series high-temperature energy-saving rotary kiln(Calcining kiln), The separation of the control system and kiln tube, Furnace lining using vacuum forming high purity alumina light material with the multi-layer structure. Using 304 &310S stainless steel or other special metal materials or quartz tube as the kiln tube materials. It is widely used in powder sintering and calcination and processing of graphene powder.


Standard features

  • 1700°C maximum operating temperature

  • Kiln tube diameter( Metal tube maximum 800MM, The quartz tube&alumina tube maximum 400mm)

  • Kiln tube Length(Can be customized base on customer's production process)

  • Double layer furnace shell air cooling ensure the surface temperature less than 45℃

  • Temperature accuracy :±1℃; Temperature uniformity:±5℃(Base on Heating zone size) 

  • Vacuum formed, low thermal mass insulation

  • Silicon carbide rod or silicon molybdenum rod fitted as standard

  • Double layer protection(over current, over temperature and over voltage etc

  • Incline degree(0-5° can be customized, Fixed during installation and debugging)

  • With stepless speed change, the speed of rotation can be controlled

  • Heating zone length and quantity can be customized


Options (specify these at time of order)

  • Control software and system.

  • Multi-face heating

  • Anti-corrosion

  • Multi-temperature control

  • Vacuum requirements


Design conditions(Customers need to give answers, design needs to refer to the following answers)

  • The density of the material which you want to sintering?

  • Daily or per year how many final materials you want to get from the kiln?

  • The kiln maximum using temperature?

  • The material calcination temperature curve (temperature rise and cooling curve)?

  • Furnace surface temperature uniformity (top middle bottom)?

  • Is any volatile during the process?

  • Product vibration requirements for mechanical motion or transmission?

  • Atmosphere requirements?

  • Material feeding and discharge method?

  • Requirements and methods for soot emissions and disposal?


*Content may be subject to modifications or corrections


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