2025/12/27
The turning quality of double screws compost turning machines directly affects the efficiency of organic fertilizer composting and the quality of the finished product. Precise measures are needed across four dimensions: equipment parameter adjustment, operation optimization, material pretreatment, and daily maintenance. This includes incorporating industry core terms such as wear-resistant spiral blade technology, intelligent variable frequency speed control systems, and material moisture content control, providing practical guidance for fertilizer making machine application and improving organic fertilizer production.
1. Precisely Adjust Equipment Operating Parameters
Setting the appropriate travel speed and spiral blade rotation speed of the compost turner is crucial for improving turning uniformity. Utilizing an intelligent variable frequency speed control system allows for dynamic speed matching, preventing incomplete material turning due to excessive speed or localized over-compaction due to insufficient speed.
2. Optimize Material Pretreatment and Pile Layout
Before turning, raw materials need to be pretreated. Main materials such as straw and livestock manure should be mixed with auxiliary materials in appropriate proportions. Crushing equipment should be used to control the particle size of large materials to less than 5cm, reducing the risk of spiral blade jamming.
3. Standardize On-site Operating Procedures
During operation, the compost turner should maintain a straight line of travel, avoiding serpentine movement that can lead to incomplete turning at the edges of the pile. Operators should also monitor the turning status in real time. If excessive material is found clinging to the blades, the machine should be stopped and cleaned promptly to prevent affecting turning efficiency and quality.
4. Strengthen Daily Equipment Maintenance and Upgrades
Regularly check the wear of the spiral blades. Use wear-resistant spiral blade technology to repair worn parts by welding or replace them with high-wear-resistant alloy blades to ensure the crushing and turning capabilities of the blades. Promptly clean debris from transmission components such as reducers and sprockets, and regularly add lubricating oil to ensure stable equipment operation.
