Fertilizer agglomeration crusher

GOFINE Fertilizer agglomeration crusher has many distinctive features. In terms of crushing effect, it can efficiently handle agglomerated fertilizers of various hardness and sizes, ensuring high uniformity of the crushed particles, which is beneficial to the uniform distribution of fertilizers in the soil and the release of nutrients. In terms of operation, the design is simple and user-friendly. The crushing parameters, such as rotation speed, time, etc., can be accurately controlled through the simple operation panel. The degree of automation is constantly improving, which reduces the difficulty of operation and labor costs. It has good safety performance and is equipped with protective devices such as protective nets and safety covers to prevent operators from contacting moving parts. It also has overload protection, emergency braking and other functions to effectively ensure the safety of equipment and personnel. In addition, in terms of environmental protection design, a sealed structure is used to reduce dust spillage, and some models are also equipped with dust removal equipment to reduce environmental pollution and harm to the health of operators.

The agglomerated fertilizer crusher drives the crushing cutter to rotate at high speed through the motor. When the agglomerated fertilizer enters the crushing chamber from the feed port, it is subjected to the combined effects of impact force, shear force, friction force and other forces under the action of the high-speed rotating cutter. The agglomerated fertilizer is first crushed or cut into smaller pieces, and then these small pieces continue to collide and rub against each other in the crushing chamber, and are finally crushed into fine particles or powder that meet the requirements, thereby restoring the original loose state of the fertilizer.

1. Highly efficient crushing ability, quickly restores the loose state, and improves production efficiency.
2. Excellent crushing quality, uniform particle size, reducing dust generation.
3. Easy to operate, easy to use and easy to maintain.
4. Reliable safety performance, complete protective devices, and multiple safety protection mechanisms.
5. Remarkable energy conservation and environmental protection, energy-saving design, and efficient resource utilization.