How does the half-wet material crusher work?

The half-wet material crusher is a professional pulverizing equipment for pulverizing high-humidity and multi-fiber materials. The half-wet material crusher uses high-speed rotating blades to pulverize the fiber with good particle size, high efficiency and high energy, and it is not easy to stick to the wall and easy to clean. The half-wet material crusher is mostly used in the processing link of the organic fertilizer production line, and it has a good effect on crushing raw materials such as chicken manure and humic acid sodium. Half-wet material crusher is a professional mechanical equipment for pulverizing wet materials. There is no requirement for the water content of the pulverized material, but it does not mean that all materials can be pulverized with a half-wet material crusher, and high-viscosity materials cannot be pulverized with this crusher.

The half-wet material crusher adopts double-stage rotors for upper and lower stages of crushing. The materials pass through the upper-stage rotor crusher into fine particles, and then are conveyed to the lower-stage rotor for further crushing into fine powder to achieve the best effect of powder and hammer powder , and finally discharged directly from the discharge port. Secondly, it does not have a sieve bottom, and more than a hundred kinds of materials can be crushed without clogging. Even the materials just picked up from the water can be crushed, don't worry that it will be blocked due to the crushing of wet materials, causing the motor to burn out and affecting production. The half-wet material crusher adopts two-way gap adjustment technology. If the hammer is worn, it does not need to be repaired, and the position of the hammer can continue to be used. The particle size of the pulverized material can be controlled by adjusting the gap between the hammer head and the liner. The machine adopts high-tech technology and can be easily operated by only one person. It is not only safe and reliable, but also easy to maintain.