Bentonite Clay Sulphur Plant

South Africa Bentonite Clay Sulphur Plant Product Description

South Africa Bentonite Clay Sulphur Plant widely used in building materials, metallurgy, mineral processing, chemical, cement and other industries, can be used for drying ore, carbide slag, limestone, clay, sand, Washed Stone, slag and other materials. South Africa Bentonite Clay Sulphur Plant or ore Bentonite Clay Sulphur Plant is also a rotary Bentonite Clay Sulphur Plant, mainly from the rotary cylinder, the wind equipment, high-speed broken equipment, lifting plate, self-cleaning device, transmission, transportation equipment, hot air equipment, reducer, supporting device and sealing devices and other components. South Africa Bentonite Clay Sulphur Plant designed, well-made, stable performance, advanced technology, high output, low power consumption, small footprint, high degree of mechanization.

Customer's Background:

South Africa Bentonite Clay Sulphur Plant Working Principle

Washed Stone is fed by a belt conveyor hopper, then through the hopper into the feed end by feeding pipes. Feed pipe slope is greater than the natural inclination of Washed Stone, Washed Stone to a smooth flow into the Bentonite Clay Sulphur Plant. Bentonite Clay Sulphur Plant cylinder is a horizontal line parallel to the rotation of three-cylinder. Washed Stone from the higher end of the added heat carrier from the low-end entry into the downstream contact with Washed Stone. With the rotation of the cylinder, and the cylinder inside a special spiral lifting plate material constantly raised again will fall, so that the contact surface of the material and increases airflow to improve the drying rate and to promote material progress, gradually Washed Stone bake dry. Wet Washed Stone in the cylinder body to move forward the process, directly or indirectly, the heating medium to hot, wet Washed Stone to dry, and then in the end by the material with the discharge valve after the rearrangement sent by the belt conveyor. Heat carrier is generally divided into hot air, flue gas. Heat carrier through the Bentonite Clay Sulphur Plant after the cyclone will generally require gas trapped within the material brought down. For further reduce exhaust gas dust content, but also through the baghouse or wet dust collector before discharge.

South Africa Bentonite Clay Sulphur Plant Feature

  • 1, South Africa Bentonite Clay Sulphur Plant strong anti-overload, large capacity, low fuel consumption, low drying costs;
  • 2, South Africa Bentonite Clay Sulphur Plant used downstream drying method, smoke and wet material into the Bentonite Clay Sulphur Plant from the same side, you can take advantage of high temperature gas to get high evaporation intensity, Bentonite Clay Sulphur Plant outlet temperature is low, high thermal efficiency;
  • 3, South Africa Bentonite Clay Sulphur Plant may be changed according to the operating parameters of the different material properties, so that the material in the cylinder of the Bentonite Clay Sulphur Plant can be full cut the fabric to form a stable curtain, the quality of heat exchange more fully;
  • 4, South Africa Bentonite Clay Sulphur Plant using the new feed, discharge device, to prevent clogging of the feed drum Bentonite Clay Sulphur Plant, discontinuous, uneven and returning materials such phenomena, reducing the load on the dust removal system;
  • 5, South Africa Bentonite Clay Sulphur Plant using the new internal structure, and strengthen the role of cleaning and heat transfer material has been dispersed, eliminating the cylinder wall of sticking phenomenon, material moisture, sticky and adaptable;
  • 6, South Africa Bentonite Clay Sulphur Plant to achieve a “zero level thrust”, greatly reducing the wear and tear of the idler gear, smooth and reliable operation of the cylinder;
  • 7, South Africa Bentonite Clay Sulphur Plant uses “Spherical Roller type device”, so with the idler and roller ring is always linear contact, thereby greatly reducing the wear and power loss;
  • 8, South Africa Bentonite Clay Sulphur Plant may be controlled according to the particle size and moisture requirements of the user, when dry slime product moisture up to 8% or less, the particle size can be controlled in 8mm or less.

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