When crushing organic fertilizer raw materials, it is not uncommon to encounter materials with relatively high water content, at which point a half-wet material crusher is needed for the crushing process. This type of equipment is specifically designed to meet the crushing needs of materials with certain moisture levels. It features high efficiency, large output, and excellent crushing results, with the crushed materials achieving a relatively fine particle size.

It can be used to crush fermented and decomposed waste or other materials with high water content, offering high efficiency and energy-saving features. In the next processing step, it can meet the requirements of a fertilizer granulator. Half-wet material crusher are mainly used in the production and processing of organic fertilizers. The suitable materials include plant straw, weeds, municipal solid waste, kitchen waste, biogas residues, etc.

In addition, the raw materials used in the production of organic fertilizers are mostly livestock and poultry manure from farms, which inherently have a high moisture content. After fermentation, the materials become semi-finished products of varying sizes and powder mixtures. Although mixing and crushing occur during the fermentation process using fermentation compost turning machine, material agglomeration due to moisture still occurs, making subsequent processing difficult.

For these blocky semi-finished products, an organic fertilizer semi-wet material crusher performs well. The crusher uses wear-resistant hammers made of durable materials. When the materials enter the crushing chamber from the feeding port, they are crushed. The materials collide with various objects inside, turning them into powder. Due to moisture, the materials may stick to the inner walls, but this is continuously removed by the rotating hammers, thus not significantly affecting equipment operation. Finally, the material enters the next processing stage.

Overall, the materials processed by the semi-wet material crusher achieve good crushing results, meeting ideal effects and facilitating subsequent granulation and other processing procedures. It is an excellent choice for some high-moisture content materials.