High Capacity up to 45tph Kaolin Mineral Powder Dryer Machine

Product description of kaolin mineral powder dryer machine

Kaolin mineral powder dryer machine is used for drying sand, coal, sludge, coal slurry, brown coal, fly ash, gypsum, clay, kaolin, grain(wheat, corn), mineral powder, iron powder, chicken manure, woodchips/sawdust, feed etc. It is widely used in building materials, metallurgy, cement and mining industry.

Main features of kaolin mineral powder dryer machine:

1) High drying efficiency and great drying effect;

2) High production, low consumption, economical & environmental ect;

3) Reasonable structure, excellent fabrication;

4)Simple operation and low maintenance.

Component parts of kaolin mineral powder dryer machine:

The kaolin mineral powder dryer machine mainly consists of drum barrel, roll ring, wheel gear, lifting board, chain, reduction gears, and motors etc parts.It is matched with conveyor,dust remover and draught fan etc equipments.

Product construction of kaolin mineral powder dryer machine:

The main body of kaolin mineral powder dryer machine is a cylinder at a certain gradient with horizon. The cylinder is drove by gear at a speed of 2-6r/min. The general gradient of cylinder is about 3°-5°. Materials enter cylinder by the upper end. As the cylinder rotates, materials flow to the lower end under gravity and get discharged. During this period, materials get thorough contact with hot air, moisture inside gets vaporized. Due to dryer machine operates under negative pressure, the inlet and outlet both adopt sealing device to avoid air leakage.

Working principle of kaolin mineral powder dryer machine:

The kaolin mineral powder dryer machine is rotating cylinder with horizontal line and a slightly sloping line. The heat carrier and materials flow into the cylinder. With the rotation of cylinder, the materials move to the drum barrel due to the gravity. During the materials move, which directly or indirectly get the heat, so that the wet materials to be dried. Then the dry materials at the discharge will be sent out by the belt mesh.