Grain CarePaddydryers are based on fundamental parameters of efficient technology utilization of the drying energy with extensive knowledge of drying experience., developed and designed for economical drying principal with in the drying area with full control over the air volume, temperature and rates of pass to obtain optimal capacity,accounting energy, time and environment.
Grain Care LSU type continuous flow batch dryer is built in three A, B and C Modules in this system it is possible to meet drying requirements, which is expandable with more modules to increase the capacity in future, available in both mild steel and stainless steel construction .ensure uniform drying by removal of Surface & Bound Moisture in Paddy by gravity flow of grain and mixed flow of saturated air distributed over the entire column by high efficient aero dynamic blower at required Static Pressure to obtain the exact temperature required for a gentle effective and homogeneous drying .
Grain Caredryer’s are known for its modular design, volumetric discharge material construction and simulation program with which the dimension and design of the dryer are calculated to meet your requirement.
Grain Care- Crop dryer is a Field paddy dryer before storage play a vital role in building the nation by drying the crop in adverse climate condition, for storage of food stocks are designed for Slow-Medium-Fast drying by direct heating for Specific variety of grain having Specific moisture to be removed for higher yield and to minimize the broken, in this process direct hot air, heat exchanger or steam heat exchanger are provided for clean hot air at required temperature with auto controls .
Maximum Heat Transfer to tubes, Less Consumption of steam.
Split Type frames are bolted together for Easy Washing & Maintenance.
Lifetime Warranty for efficient heat transfer
Exceptional Corrosion resistance in wet condition
Saving of Steam is saving of Husk
Extruded Bi Metallic Aluminum Finned Tubes( New technology )
Since fin and the tubes are together in one piece, there will never be any formation of gap in between fin and tube-which will ensure steady and full Scale heat transfer without any reduction or loss of efficiency., Moreover since Aluminum is having thermal Conductivity three times that Of Steel, these bimetallic tubes with Aluminum fins and Aluminum outer muff tubes will have immensely high efficiency of heat transfer in respect of standard and conventional heat exchanger, because of the higher degree of heat transfer