High quality and low price
High efficiency and low energy consumption
Good uniformity of drying product
Rice drying machine adopted downstream drying process crafts and used hot air as a heat medium for grain drying
The internal is mainly composed of the ventilation inlet section and the angular air box
The outside of angular-box is full of grain, grain flows from top to bottom, hot air entered from the ventilation inlet section and download through the grain layer, exhaust gases discharged through the angular box
Hot air and grain flows in the same direction, this is called downstream
When the hot air through the rice layer, it will transfer heat and moisture with grain: hot air transferred the heat to grain particles that lead the temperature of grain particles raised, water evaporation into the air, as exhaust discharged
Dried hot grain flowed down to the section of the tempering, after tempering the inner and outer segment of the grain’s temperature and moisture tend to balance, to achieve uniform precipitation
Food relief into the cooling section after the tempering, after cooling, cooling grain to grain storage temperature, and then discharged from the row of food segment
This is your ideal grain drying machine grain drying equipment
Outdoor use and weather resistance
Mechanized continuous operation, stable performance, easy operation, saving civil engineering
Adaptable can dry varieties of grain
Waste heat recycling and reducing energy consumption
Grain drying complete, uniform, and dry food storage directly
Good quality of dried food and pollution-free
Handling capacity (T/24h) |
50 | 100 | 200 | 400 | 600 | |
The range of water treatment (%) | 2~16 | |||||
Heating medium | Clean air | |||||
hot air temperature (°C) | 50-120 | |||||
Grain heated temperature(°C) | 30-55 | |||||
Drying unevenness (%) | < 2 | |||||
The increment of broken rate (%) | < 0.5 | |||||
specific heat consumption (kj/kgH2O) | 5800 | |||||
coal consumption ( standard coal )(kg/h) | 40~80 | 40~100 | 50~130 | 100~400 | 200~1000 | |
installed capacity (KW_) | 40 | 60 | 70 | 120 | 170 | |
the overall dimension of host(M) | 2.0×1.9 | 2.5×3.0 | 2.8×3.5 | 4.0×5.0 | 4.0×5.0×2 | |
Host height(M) | 14 | 18 | 18 | 18 | 18 |