Clay Dryer
Clay dryer is suitable for drying bentonite, kaolin, fly ash, sand, ore and other materials. The clay dryer has the advantages of high drying efficiency, energy saving and environmental protection, and easy operation. It can quickly remove excess moisture from clay and improve production efficiency; at the same time, it uses advanced energy-saving technology to reduce energy consumption; in addition, it is simple to operate, easy to maintain and manage.
- Capacity：1-50T/h
- Output moisture：≤5%
- Feeding size：20mm
- Applicable materials：clay, bentonite, kaolin, fly ash, sand, ore,slag
Product Introduction
Clay is widely used, mainly used in papermaking, ceramics and refractory materials. Secondly, it is used in coatings, rubber fillers, enamel glazes and white cement raw materials. It is also used in small quantities in plastics, paints, pigments, grinding wheels, pencils, daily cosmetics, soaps, Pesticides, medicines, textiles, petroleum, chemicals, building materials, national defense and other industrial sectors.
The clay dryer can handle various materials, such as mixed mortar, sand, cement slag, clay, kaolin, Bentonite，gangue, mixture, fly ash, gypsum, iron powder and other raw materials.
Product Features
The overall design structure is simple
The overall design structure is simple and can be reasonably assembled according to the user's actual land area, thus greatly reducing the land area.Low drying cost
The clay dryer has large processing capacity, low fuel consumption and low drying cost.New internal structure
The new internal structure strengthens the cleaning and heat conduction of dispersed materials, eliminates the sticking phenomenon on the inner wall of the cylinder, and is more adaptable to the moisture and viscosity of materials.Smooth and reliable operation
It has strong overload resistance and can achieve "zero horizontal thrust", which greatly reduces the wear of the supporting wheel. The cylinder runs smoothly and has high reliability.1
Technical Parameter
| specifications and models | Handling capacity drying sand（t/h) | finished product Moisture（%） | Power(KW) |
| KLF-TH1630 | 1-5 | ＜2±1 | 4 |
| KLF-TH2240 | 8-10 | ＜2±1 | 4 |
| KLF-TH2460 | 10-15 | ＜2±1 | 7.5 |
| KLF-TH2660 | 15-20 | ＜2±1 | 15 |
| KLF-TH2870 | 25-30 | ＜2±1 | 18.5 |
| KLF-TH3080 | 30-40 | ＜2±1 | 22 |
| KLF-TH3290 | 40-50 | ＜2±1 | 45 |
| KLF-TH3390 | 50-60 | ＜2±1 | 55 |
| KLF-TH3610 | 70-80 | ＜2±1 | 75 |
| The above parameters are for reference only. For more details, please contact customer service | |||
Heat source
The heat sources of single-cylinder dryers are diverse and can be selected according to different application scenarios and material characteristics. Common heat source types include ordinary hot air, gas, electric heating, steam, biomass fuel, coal, etc.
Working Principle
1.The forklift delivers the materials into the silo. The lower part of the silo is equipped with a conveyor to feed the material at a constant speed into the dryer.
2.The material enters the inner barrel of the feed end and is quickly pushed to the spiral lifting plate by the spiral guide plate. When the cylinder rotates, the spiral lifting plates installed in the three cylinders lift the material. At the same time, the material continues to tumble, disperse and move longitudinally.
3.At the same time, the hot air flow from the heat source (gas) enters the inner cylinder, the middle cylinder, and the outer cylinder in sequence, and conducts intense heat exchange with the materials.
4.The thermal conductivity of metal plates is faster than the thermal conductivity of materials. The cylinder steel plate and lifting plate are heated first, and then transfer the heat to the material through conduction and radiation, so that the material is heated
5.When the temperature rises to the evaporation temperature, the water vapor is separated from the material and enters the dust removal equipment together with the dust collector. Clean water vapor is discharged into the atmosphere to achieve the purpose of drying materials.
Company Profile
