Product Introduction of Changlin Shuhe 5HX-30 Grain Dryer

The Changlin Shuhe 5HX-30 Grain Dryer is a professional circulating grain drying equipment independently developed by the Shuhe brand of Changlin Group, targeting the domestic demand for post-harvest grain drying. With core advantages of high efficiency & energy saving, uniform drying, low breakage rate and strong adaptability, the equipment can fully meet the large-scale grain drying needs of family farms, farmer cooperatives, and small and medium-sized grain processing enterprises, serving as the core equipment for post-harvest grain loss reduction and commodity value improvement.

The equipment has excellent material adaptability, and can perform professional drying for mainstream food crops, cash crops and seeds including rice, corn, wheat, sorghum, rapeseed, and various grain seeds. One machine for multiple purposes, it fully covers the drying operation requirements of grains with different types and moisture contents.

Breaking through the limitations of traditional cross-flow drying technology, the equipment adopts the industry-leading counter-current mixed flow drying process, which can greatly improve the drying rate and heat energy utilization rate of the equipment, achieve energy saving and consumption reduction from the source. Compared with traditional drying equipment of the same specification, the drying efficiency is significantly improved, and the operating cost is greatly reduced.

The core components of the drying section adopt the exclusive variable angle box design, which can accurately ensure the consistent balance of air humidity, air volume and air pressure at the front and rear of the angle boxes. It completely solves the industry pain points of local uneven drying, over-drying or under-drying in traditional drying equipment, and ensures the maximum drying uniformity of the entire batch of grains with more stable drying quality.

The equipment is equipped with a far-infrared waste heat recovery + enhanced heat transfer system. Through far-infrared technology to achieve enhanced heat transfer, it can quickly eliminate the thermal inertia of the equipment, effectively prevent thermal damage to grains, and greatly reduce the incidence of grain cracking and fissuring during the drying process, so as to ensure the commercial quality of grains and the germination rate of seeds. At the same time, the waste heat recovery design further improves the heat energy utilization rate, achieving dual improvement of drying efficiency and energy saving effect.

Aiming at the industry pain point of high grain breakage rate in drying process, the equipment adopts low-speed lifting design + upper and lower auger-free structure, which greatly reduces the mechanical damage to grains from the source of the conveying link, and significantly lowers the grain breakage rate. It not only ensures the market value of commercial grains, but also fully meets the strict requirements for integrity and germination rate in seed drying.

Applicable Scenarios