Fertilizer Chilling Equipment
1. Rapid cooling: It can quickly and effectively reduce the temperature of the fertilizer, meet the requirements of the production process, and greatly improve production efficiency.
2. Uniform cooling: By optimizing the internal structure and airflow design, the fertilizer is heated evenly during the cooling process, avoiding local overheating or overcooling, and ensuring the stability of fertilizer quality.
3. Efficient operation: The use of advanced design concepts and manufacturing processes ensures that the various components of the equipment work closely together and work together to achieve efficient and stable operation.
4. Energy saving and consumption reduction: The design fully considers energy utilization efficiency, such as the use of countercurrent heat exchange principle, efficient heat dissipation structure, etc.
5. Durable and reliable: Made of high-quality components and materials, it has good wear resistance, corrosion resistance and fatigue resistance.
6. Stable operation: The equipment has high stability during operation and can maintain stable cooling effect and production capacity.
Fertilizer Chilling Equipment mainly realizes the cooling of fertilizer based on the principle of heat exchange. A special cooling medium circulation system is set inside the equipment. Common cooling media include air, water or special refrigerants. When the high-temperature fertilizer enters the cooling equipment, the heat of the fertilizer is taken away by heat exchange with the cooling medium, thereby reducing the temperature.
With fast cooling capability, it can cool high-temperature fertilizer to a suitable temperature range in a short time. For example, for fertilizer with an initial temperature of 80-100℃, it can be cooled to below 40℃ within 15-30 minutes, meeting the requirements of subsequent processing, packaging and storage, greatly improving production efficiency.
The temperature control system has high precision and can control the fertilizer cooling temperature error within the range of ±2 - ±5℃, meeting the strict requirements of different fertilizer production processes for cooling temperature. Whether it is temperature-sensitive organic fertilizers or compound fertilizers that require specific cooling temperatures, precise temperature control can be achieved to ensure that the effective ingredients and physical properties of the fertilizers are not affected.
It can be applied to cooling various types of fertilizers, including fertilizers in different forms such as powdered fertilizers, granular fertilizers, and block fertilizers, as well as fertilizers with different ingredients such as organic fertilizers, inorganic fertilizers, and compound fertilizers. It can meet the needs of fertilizer production companies of different sizes, from small family farm-style fertilizer processing plants to large industrial fertilizer production bases, and can be customized according to the user's specific production process and site requirements. It has strong versatility and flexibility.
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