A semi wet material crusher is a device specifically designed to crush materials containing a certain degree of humidity, widely used in industries such as agriculture, food, chemical, and environmental protection, such as crushing wet straw, organic fertilizers, wet garbage, etc. This type of crusher can effectively process materials with high moisture content, avoiding the problems of clogging and low efficiency of traditional dry crushers when processing wet materials.
The structure of a semi wet material crusher usually includes:
Crushing chamber: designed as a space capable of accommodating and processing wet materials, with crushing elements inside.
Crushing components: such as blades, hammers, toothed plates, etc., used for directly crushing materials.
Feed inlet: used to feed materials into the crushing chamber.
Discharge outlet: The crushed material is discharged from here.
Drive system: including motor and transmission device, providing power for crushing components.
Screen system (optional): used to screen crushed materials and control particle size.
Anti blocking device: designed with mechanisms to prevent material blockage, such as reverse function or special structured crushing elements.
The working principle of the semi wet material crusher is based on the impact, cutting, and grinding of materials by high-speed rotating crushing elements:
Feed: Wet materials are fed into the crushing chamber through the feed inlet.
Crushing: The high-speed rotating crushing element cuts and grinds the material, and the material undergoes strong collisions and friction with the crushing element and between materials in the crushing chamber, thereby being crushed into smaller particles.
Discharge: The crushed material is discharged through the discharge port. If the equipment is equipped with a screen system, the unqualified material will be blocked by the screen and sent back to the crushing chamber for secondary crushing until the required particle size is reached.
Anti blocking treatment: The equipment is designed with an anti blocking mechanism, which can effectively handle the adhesion and blockage problems of wet materials during the crushing process.
Strong ability to handle wet materials: It can effectively crush materials with high moisture content, avoiding material adhesion and blockage.
High crushing efficiency: Designed with high-speed rotating crushing elements, it can quickly and uniformly crush materials.
Wide adaptability: Suitable for crushing various wet materials, including but not limited to agricultural waste, organic fertilizers, wet garbage, etc.
Easy maintenance: The structural design is easy to maintain and clean, such as replacing worn crushing elements and cleaning the crushing chamber.
Particle size control: The particle size of the crushed material can be controlled by adjusting the sieve aperture or the configuration of the crushing element to meet different needs.