Three-cylinder Dryer
Specifications:
Energy-saving triple-pass/three cylinder dryer is developed based on common dryer. After many times' innovation, its drying effect has reached to international advanced level. It is suitable to deal with materials with high moisture content.
Application Range:widely applie to construction material,chemical industry, casting indusry, mining and metallurgy industries.
Applicable Materials:silica sand, ore slag, clay, iron powder, ore powder, cement, gypsum, coal ash and etc.
Occupy less area
Compared with common dryer, triple-pass dryer is characterized by less area occupation, easy transportation and simple installation.
Full heat exchanging
Through counter and anti-counter heating methods, materials can fully exchange heat with hot air.
Easy transmission mode
Taida triple-pass dryer holds simple driving part which makes transmission mode easy to operate.
Patent technology
Taida energy-saving triple-pass dryer adopts patent technology to reduce noise, which makes good working condition.
Working Principle
Latest Delivery
Project Case
Henan 10TPH Dry Mortar Production Line
Attracted by triple-pass dryer manufactured by china famous rotary kiln manufacturer, Zhengzhou Taida, Henan construction material customer purchased a whole set of silica sand triple-pass dryer to fulfill final production aim. The picture shown above presents the real working condition of Taida lime rotary kiln.
Raw material: dry mortar
Output capacity:10T/H
20TPD Qatar Sand Production Site
Energy-saving triple-pass dryer is suitable to deal with various mineral materials such as silica, sand, ore poweder and etc. Although the moisture of sand is not high, it is difficult to reduce the inner water in it. Based on customer's real situation, we customized a whole set of sand triple-pass drying system. After arriving, we arrange professional engineer to guide installation for customer.
Raw material:sand
Output capacity:20T/D
Technical Parameters
Model(mm) | Inclination (%) | Rotary speed(r/min) | Max inlet temperature (℃) | Power (KW) | Capacity (t/h) |
TDMGT600 | 3—5 | 3—8 | ≤850 | 3 | Capacity will be differetn for different materials. |
TDMGT800 | 3—5 | 3—8 | ≤850 | 4 | |
TDMGT1000 | 3—5 | 3—8 | ≤850 | 5.5 | |
TDMGT1200 | 3—5 | 3—8 | ≤850 | 11 | |
TDMGT1500 | 3—5 | 3—8 | ≤850 | 15 | |
TDMGT1800 | 3—5 | 3—8 | ≤850 | 18.5 | |
TDMGT2000 | 3—5 | 3—8 | ≤850 | 22 | |
TDMGT2200 | 3—5 | 3—8 | ≤850 | 30 | |
TDMGT2400 | 3—5 | 3—5 | ≤850 | 37 | |
TDMGT2600 | 3—5 | 3—5 | ≤850 | 40 | |
TDMGT2800 | 3—5 | 3—5 | ≤850 | 55 | |
TDMGT3000 | 3—5 | 3—5 | ≤850 | 75 | |
TDMGT3200 | 3—5 | 3—5 | ≤850 | 90 | |
TDMGT3400 | 3—5 | 3—5 | ≤850 | 110 | |
TDMGT3600 | 3—5 | 3—5 | ≤850 | 150 | |
TDMGT4000 | 3—5 | 1.5—5 | ≤850 | 190 | |
TDMGT4200 | 3—5 | 1.5—5 | ≤850 | 200 | |
TDMGT4500 | 3—5 | 1.5—5 | ≤850 | 260 |
Core Equipment
Applicable Materials