Corn dryer Profile: Zhengzhou dryer GSK mechanical production using high temperature rapid drying process, the successful combination of hot air trough rotary vane air-drying machine and dryer advantages. The material under the action of high-speed rotating blade toss, crushed and dispersed in the body, while fully effective contact with the high temperature hot air, convection heat transfer strongly, thereby realizing a mass and heat transfer process, the realization of two consecutive material Class efficient drying. Corn dryer works: in the drying section at the top of the hot air temperature to a higher temperature fast food and take away part of the surface of the water; intermediate drying air temperature off the middle section with large amounts of water; After drying section above, the food grain temperature has increased, so the bottom of the drying section can be achieved by using a lower temperature in the food grain off the strong adsorption of water inside and avoid grain temperature too high purpose; finally been fully cooled cooling section, to achieve safe water and temperature of the storage unit can be directly stored grain. The drying tower will be "downstream", "counter-current" dry using a combination of process optimization, to achieve optimal results, is the company's quality grain drying tower models. Corn drying machine features: 1, low investment in equipment cost, low power consumption. 2, automatic mechanical row of grain, grain discharge mechanism to facilitate adjustment, trouble-3, using our technology windy road, multi-stage drying, multi-stage tempering, along reflux, horned cassette drying technology for high moisture corn drying effect Well, corn drying speed, heat evenly, good liquidity in the tower. Drying corn no char, rather than tablets, popcorn grains. Excellent color after drying corn, crushing rate, no cracks. More than 35% of the high moisture content of grain moisture can be reduced to a standard moisture. 4, the low cost of drying corn, air heat exchanger with finned tube heat exchanger, advanced structural design, heat transfer efficiency