[新品] 气流分级机(ATP)

工作原理　

分级机系统由气流分级机、旋风分离器、收尘器、引风机、电控柜等组成。物料随气流由分级机下部进料口高速运动至分级腔内，在高速旋转的分级轮产生的离心力和气流产生的向心力作用下，使粗细颗粒分离，符合粒径要求的细颗粒通过分级轮叶片间隙进入旋风分离器和收尘器收集，粗颗粒夹带部分细颗粒被分级轮甩出落到分级机下部，自然气通过导流腔整流成均一旋流，将混杂或粘附于粗颗粒中的细颗粒进一步分离干净，分离后的粗颗粒从分级机底部粗料口通过旋转阀排出。分级轮的转速通过变频器来控制。

特点  

à  此分级机是德国原装图纸，***新理念设计，分级精度更高、配置更合理。

à  分级产品的粒径***细可达D97：3微米，产品粒度可调。

à  高细度，大产量

à  专为超硬物料的超细分级而设计，陶瓷叶片，腔体内部耐磨防护

à  配合间隙小，气密封防止大颗粒进入

à  不仅实现了高产量，而且在切割点的精度上保持了卓越的性能。

à  系统负压运行，粉尘排放量符合国家环保标准。

ATP系列石英专用超细分级机 

实际应用 

石英、陶瓷、耐火材料、锆英砂、碳化硅等超硬材料行业。

ATP系列石英专用超细气流分级机

Series Air Classifier

Process

This air classifiers series ATP, has been developed especially for ultra fine cut points. With theATP series we extended our program of the ITC—series. The main point of its development was to achieve a high fineness of the end product. A good sharpness, high efficiency and low specific energy consumption with highest fines output were the guideline for this target. We could achieve these criteria by optimizing the dynamic of air flow, the material resistance and the multi-wheel concept. With this series we can offer an air classifier to meet even the most exciting product requirements. The classifying wheel of the series IMC is especially developed for highest strength during production. The wheel is placed in a horizontal position. The rotor and the drive are designed as a complete module. Also a wear protected wheel can be supplied.

FEATURES

-1-6 rotors in a classifier chamber                      

-Direct driven rotors                                  

-High speed drive system                             

-Adjustable of cut point by variable rotor speed via frequency converter                  -Fine classification with high performance by special wheel design

-Feed from bottom with main air stream for high feed rates

-Best sharpness by most effective coarse classifying zone

-Construction material can be mild steel, stainless steel or wear protected                        

-The solid construction and the selected materials of construction give a long life time with low maintenance costs.