浜у搧璇︽儏锛欬/h2>

OMC绯诲垪路鏃犲姩鍔涙皵娴佸垎绾ф満
OMC Series路Unpowered Air Flow Classifier
宸ヤ綔鍘熺悊锛欬/strong>
鐗╂枡琚畾閲忓姞鍏ュ埌涓绘満涓婃柟鑵斾綋鍐咃紝鍦ㄥ娴佺幆鐨勪綔鐢ㄤ笅琚垵姝ュ垎鏁ｏ紝鍦ㄦ部绛掑涓嬭惤鐨勮繃绋嬩腑锛屽張鏀跺埌浠庝笅鏂硅ˉ椋庡彛涓繘鍏ョ殑浜屾姘旀祦鐨勮繘涓€姝ユ墦鏁ｏ紝璇ユ墦鏁ｆ晥鏋滃彈鍒伴閲忕殑褰卞搷锛屼娇鐢ㄦ椂鍙互閫氳繃璋冭妭鍒嗘暎鐜笌绛掑鐨勭浉瀵逛笂涓嬩綅缃潵璋冭妭锛岃繘鑰屽奖鍝嶅垎閫夌殑绮惧害锛岃緝缁嗙殑棰楃矑浼氬湪涓婂崌姘旀祦鐨勪綔鐢ㄤ笅鍚戜腑蹇冩眹鑱氾紝骞?缁堜粠*涓婃柟鐨勫嚭鏂欏彛涓寮€锛岄€氳繃绠￠亾杩涘叆鍚庨亾鏀跺皹璁惧锛堟棆椋庡垎绂诲櫒銆佸竷琚嬮櫎灏樺櫒绛夛級锛岃緝绮楃殑棰楃矑灏嗙户缁部绛掑鑰屼笅锛屼粠*涓嬬琚嵏鍑恒€侟/span>
working principle:
The material is quantitatively added into the cavity above the main unit, and is initially dispersed under the action of the deflector ring. In the process of falling along the wall of the cylinder, it is further dispersed by the secondary air flow entering from the supplementary air inlet below. The scattering effect is affected by the air volume. When using it, it can be adjusted by adjusting the relative up and down positions of the dispersing ring and the cylinder wall, thereby affecting the accuracy of sorting. The finer particles will converge toward the center under the action of the upward airflow, and eventually leave from the top discharge port, it enters the downstream dust collection equipment (cyclone separator, bag dust collector, etc.) through the pipeline, and the coarser particles will continue to go down the cylinder wall and be discharged from the lowermost end.

璁惧鐗圭偣锛欬/strong>

1. 涓绘満涓嶉渶瑕佷换浣曞姩浠讹紝鍥犳鑳借€椾綆锛屽悗鏈熺淮鎶ゆ垚鏈綆寤夛紝骞朵笖澶勭悊閲忕浉瀵硅緝澶с€侟/p>

2. 閫氳繃璋冭妭鍒嗘暎鐜綅缃嵆鍙皟鑺傚嚭鏂欑矑搴︼紝鎿嶄綔绠€鍗曘€侟/p>

3. 閫傜敤浜庝负鍘婚櫎鍘熸枡涓殑杩囩粏绮夎€屼骇鑳借姹傚張杈冮珮鐨勭墿鏂欏垎绾с€侟/p>

1. The main unit does not need any moving parts, so the energy consumption is low, the maintenance cost in the later period is low, and the processing capacity is relatively large.
2. The particle size can be adjusted by adjusting the position of the dispersion ring, and the operation is simple.
3. It is suitable for the classification of materials with high production capacity requirements to remove the excessively fine powder in the raw materials.

鎶€鏈弬鏁拌〃(Technical Data Sheet)锛欬/strong>

娉細鍏蜂綋閰嶇疆鍙婂鐞嗘晥鏋滈渶鏍规嵁鐗╂枡鎬ц川涓庡姞宸ヨ姹傜‘璁わ紝鍙笌鎴戝徃宸ョ▼甯堟矡閫氭垨鏉ユ枡璇曢獙銆侟/span>