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Moulin en nid d'abeille pour revêtement en poudre

Moulin en nid d'abeille pour revêtement en poudre

Ajuster l'intégration de la fonction de séchage et de meulage, haute efficacité, faible coût de fonctionnement, peut supporter 400 ° C haute température sur le roulement en utilisant la conception d'isolation thermique. Le bloc de meulage et la doublure

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marketing@alpapowder.com

Moulin en nid d'abeille pour revêtement en poudre

  Principle and features: when the equipment is running at high speed, it leads strong air flow, so that the agglomerated dust particles remain in the equipment stator, and the stator is designed as a special slot. Strong vortex formed by wind pressure and wind speed will produce shear force, friction force and centrifugal force, which can quickly break materials into unique particles and reduce them to original particle size or to natural glass particles.

  Maximum capacity: 4,5 t/h

Moulin en nid d'abeille pour revêtement en poudre

  Pros:

  Integrates drying and crushing functions, with high efficiency and low operating cost;

  It can withstand a high temperature of 400 ° C, and the bearing adopts thermal insulation design;

  The grinding block and grinding lining can be replaced, and the grinding block of different materials can be selected according to different materials;

  The internal sorting wheel can be selected to grind thick materials circularly in the mill;

  It can be connected with external heating air and perform drying and scattering functions at the same time. Under the action of the high-speed rotor, materials and hot air can be fully contacted in the crushing and scattering area. The heat exchange area is large, and water can be effectively removed. The heat source can be used more efficiently, saving energy by 30% - 50% compared to traditional drying.

Moulin en nid d'abeille pour revêtement en poudre

  The material enters the Ulm sprayer through the quantitative feeding system, and the hot air from 200 to 300 ℃ enters through the secondary air outlet. In the dispersion chamber, the turbulent collision between the materials is used to completely spread and form a complete heat exchange with the hot air. During the material increase process, it dries continuously, and dry water is removed with hot air. Dry material is controlled by the Air classifier to meet the upper limit requirements of the final product, the qualified air enters the cyclone manifold for collection with air flow, dust is filtered by the Pulse dust collector, And clean hot air enters the dispersion system through the return air system, to make full use and improve thermal efficiency.

Moulin en nid d'abeille pour revêtement en poudre

  Technical parameters

  Parameter/Model 350 500 750 1000 1250 1500 2000

  Max speed (rpm) 5580 4130 2760 2070 1650 1400 1050

  Polished disc linear speed (m/s) 102,3 108,1 108,3 108,3 108,3 110,0 110,0

  Main motor power (kW) 30 55 90 110 ~ 132 160 ~ 200 250 ~ 315 315 ~ 355

  Max air flow (m³/h) 4000 6000 12000 15000 20000 25000 35000

  Minimum air flow (m³/h) 1250 2000 3000 4000 5000 6000 8000

  Note:

  Production capacity is closely related to particle size, specific gravity, hardness, humidity and other raw material indicators. The above parameters are for reference only, please consult our engineers for details.

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