The requirements for plastic particle size in the production process of plastic products vary depending on the application. Plastic particles of different sizes exhibit different physical and chemical properties during processing, which can affect the quality and performance of the final product. The factors that affect the particle size of the shredder mainly include the following aspects:

　　1. Design and Material of Blade:

　　The shape and angle of the blade directly affect the shredding effect. Sharp blades can cut materials more effectively, while dull blades may cause materials to be flattened instead of torn apart. The material of the blade also affects its durability and cutting efficiency. High hardness and wear-resistant materials such as alloy steel or tungsten carbide can maintain the sharpness of the blade and reduce wear.

　　Taking the T-series large single axis shredder developed by Wesken Environmental Protection as an example, this equipment is particularly suitable for processing materials with extremely large volumes and high hardness. The moving blade is made of DC53 alloy material, while the fixed blade is made of D2 alloy, ensuring efficient and durable shredding operations. In addition, the moving blade is designed for diagonal use and can be replaced after use, further improving the economy and practicality of the equipment.

　　2. Speed of shredder:

　　The speed of the shredder determines the frequency at which the blade cuts the material. The higher the rotational speed, the shorter the residence time of the material in the shredding chamber, and the larger the particles may be; If the speed is too low, it may cause the material to be crushed instead of shredded. Appropriate rotational speed can ensure that materials are evenly cut during the shredding process, resulting in consistent particle size.

　　3. Physical properties of materials:

　　The hardness, toughness, and shape of different materials can all affect the shredding effect. Hard materials such as metal or glass require stronger tearing force, while soft materials such as plastic or paper are relatively easy to tear. The humidity of the material is also an important factor. Materials with high humidity are prone to sticking together, affecting the shredding effect and resulting in uneven particle size.

　　4. Design of shredding room:

　　The shape and size of the shredding chamber will affect the flow and shredding process of materials inside. Reasonable shredding chamber design can ensure uniform distribution of materials and avoid local overload or blockage. Tearing up auxiliary components such as lining boards and impact boards inside the room can also affect the shredding effect. The degree of wear and replacement frequency of these components need to be adjusted according to actual usage.

　　The T series large single axis shredder developed by Wesken Environmental Protection has a super large design for the shredding chamber and feeding port, with a solid and durable overall structure and long-term reliability. In addition, the device is equipped with automatic overload protection function, effectively preventing machine damage caused by severe overload or jamming.

　　5. Design and replacement of screen mesh:

　　The design and replacement frequency of the sieve also have a direct impact on the size of the shredded particles. The aperture of the sieve determines the final particle size, with smaller apertures resulting in finer particles; The larger the aperture, the larger the particles. Regular inspection and replacement of the screen mesh can ensure that the size of shredded particles meets the requirements, avoiding inconsistent particle size caused by screen wear.

　　The T series large single axis shredder developed by Wesken Environmental Protection offers multiple screen options with a size range of 20mm to 40mm.

　　There are many factors that affect the particle size of the shredder. Only by comprehensively considering and optimizing these factors can we ensure the consistency of the shredder's shredding effect and particle size.