Uneven or stuck feeding of organic fertilizer granulators is a common problem in production, which usually leads to excessive equipment load, reduced production efficiency, unstable particle quality, and other issues. The following are common causes of uneven or stuck feeding and corresponding solutions:

1. Reason:

The feeding system malfunction or the feeding equipment is not smooth, resulting in unstable material transportation.

The uneven particle size of the material causes large particles to get stuck in the equipment.

Impurities in organic fertilizer materials, such as large chunks of organic matter or foreign objects, have not been screened or processed, resulting in material accumulation at the feed inlet or in the conveying system, causing blockages or blockages.

During the operation, if the feeding speed is too fast or too slow, it will cause the material to enter the granulator unevenly.

resolvent:

Check and clean the feeding system to ensure that the feeding equipment is working properly. If necessary, the speed and conveying method of the feeding equipment can be adjusted.

Check the particle size of the material to ensure its uniformity and appropriateness. If the material particles are too large, use crushing equipment for crushing.

Shutdown and clean the equipment, especially around the conveyor belt, feed inlet, and granulation disc, to remove blocked materials.

Adjust the feeding speed, maintain an appropriate feeding rate, regularly train operators to ensure they understand the correct operating methods, and avoid uneven feeding caused by improper human operation.

The uneven feeding or jamming problem of organic fertilizer granulators is usually caused by various factors such as material characteristics and feeding equipment failures. The key to solving these problems is to regularly inspect and maintain the equipment and strengthen the training of operators. Through these measures, uneven feeding and jamming can be effectively reduced, improving production efficiency and particle quality.