Drying machine

Spray dryer is a widely used process in powder forming and drying industries. It is suitable for producing powdery and granular products from liquid raw materials such as solutions, emulsions, suspensions, and pastes. Therefore, spray dryer is an ideal process when the particle size distribution, residual moisture content, bulk density and particle shape of the finished product must meet precise criteria. Spray dryer is suitable for food, pharmaceutical, energy and chemical fields.

Closed online sampling
* PID precision control
* High processing efficiency
* Ex-proof system available
* WIP system
* Fully meet FDA, GMP

Water evaporation: 3kg/h
Air inlet temperature: 100~300℃(Control accuracy ±1℃)
Air exhaust temperature: 40~100℃
Electric heater power: 9kW
Max Rotation Speed: 24000rpm

Bowl Volume: 100L
Product Capacity: 15-30kg/batch
Steam pressure: 0.4-0.6Mpa
Compressed air pressure: 0.4-0.6Mpa
Application Scope: Chemical, Food

Water evaporation: 3kg/h
Air inlet temperature: 100~300℃(Control accuracy ±1℃)
Air exhaust temperature: 40~100℃
Electric heater power: 9kW
Max Rotation Speed: 24000Rpm

Water evaporation: 3kg/h
Air inlet temperature: 100~300℃(Control accuracy ±1℃)
Air exhaust temperature: 40~100℃
Electric heater power: 9kW
Max Rotation Speed: 24000rpm

Water evaporation: 5kg/h
Air inlet temperature: 100~300℃(Control accuracy ±1℃)
Air exhaust temperature: 40~100℃
Electric heater power: 9kW
Max Rotation Speed: 24000rpm

Water evaporation: 3kg/h
Air inlet temperature: 100~300℃(Control accuracy ±1℃)
Air exhaust temperature: 40~100℃
Electric heater power: 9kW
Max Rotation Speed: 24000rpm

Double cone rotary vacuum dryer is a drying equipment which integrates mixing and vacuum drying. The process of vacuum drying is to place the material to be dried inside the sealed cylinder, and heat the material continuously while vacuum-pumping with the vacuum system, so that the water inside the material diffuses to the surface through the pressure difference or concentration difference, and the water molecules (or other non-condensing gases) obtain enough kinetic energy on the surface of the material and diffuse to the low-pressure space of the vacuum chamber after overcoming the mutual attraction between molecules. It is removed by the vacuum pump to complete the separation from the solid.