Classification machine manufacturer, high weir classifier, sunken classifier, airflow classifier manufacturer

Description :

　　Spiral classifier

　　The classifier is one of the important beneficiation equipment in mineral processing, and the commonly used one is the spiral classifier. Spiral classifiers mainly include high weir single helix and double helix, low weir single helix and double helix, submerged single helix and double helix classifiers, with high weir and submerged spiral classifiers being the most commonly used.

　　Scope of application of spiral classifier

　　Graders are widely used in mineral processing plants, such as those called diversion to plant beneficiation, ball closed-loop processes, or gravity for ore grade and size classification of fine clay, metal particles, and pulp in beneficiation processes, as well as for desliming, dewatering, and other operations in washing operations.

　　Spiral classifier structure

　　The classifier is mainly composed of a transmission device, a spiral body, a groove body, a lifting mechanism, a lower support (bearing shell), and a discharge valve.

　　Working principle of spiral classifier

　　The spiral classifier relies on the principle that solid particles of different sizes and densities have different settling velocities in liquids. Fine particles float in water and overflow, while coarse particles settle at the bottom of the tank. A classification device that uses a spiral to push upwards and discharge for mechanical classification. It can filter the material powder ground in the mill, and then use a spiral blade to screw the coarse material into the feed inlet of the mill, and discharge the filtered fine material from the overflow pipe. The base of the machine is made of channel steel, and the body is welded from steel plates. The inlet head and shaft head of the spiral shaft are equipped with pig iron sleeves, which are wear-resistant and durable. The lifting device is available in both electric and manual modes

　　Type, Model, Spiral Diameter (mm), Spiral Rotation Speed (r/min), Water Tank Production Capacity, Transmission Motor, Lifting Motor Weight (T)

　　FLG-10 1000 6-7.4 8400 1112 1026 132M? -6 5.5 Manual 6

　　FLG-12 1200 5-7 8400 0 1170-1630 160M-6 7.5 Y90L-4 2.2 11

　　FLG-15 1500 2.5-6 10500 5 1140-2740 160M-6 7.5 Y100L? -4 2.2 15.3

　　FLG-20 2000 3.6-5.5 12900 2200 0-5940 160M-6/4 11/15 Y100L? -4 3 29.1

　　FLG-24 2400 3.64 11130 2600 0 180M-4 18.5 Y112M-4 4 37.3

　　FLG-30 3000 3.2 -200L-4 30

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