CXJ ultrafine fiber crusher

Main purpose:

CXJ superfine fiber grinder can superfine crush plastic film, film, fiber materials and heat sensitive materials, especially suitable for superfine crushing of fluffy and flocculent cotton fibers and cellulose ether products (such as refined cotton, cotton linen, optical fiber, foam, rubber, film, etc.).

Working Principle:

This machine is a high-speed rotary shear ultrafine crusher. After entering the hopper, the material is quickly carried into the crushing zone composed of moving and fixed knives by high-speed airflow. The powerful rotating airflow generated by the high-speed rotating rotor carries the animal material between the moving and fixed knives; Fully dispersing to achieve ultrafine shear crushing effect, qualified materials are discharged from the crushing zone through a sieve, and unqualified materials are brought into the crushing zone by high-speed airflow for further crushing; The material is always surrounded by air during its stay in the crusher, so the heat inevitably generated during the ultrafine crushing process is also carried away by high-speed airflow, achieving the purpose of room temperature crushing, thereby stabilizing the chemical composition and performance of the crushed material.

characteristic:

1. The cutting angle between the moving blade and the fixed blade forms a certain angle, which has a very high ultra-fine crushing effect. By adjusting the gap between the moving and fixed blades and the mesh size, the product fineness and yield can be controlled.

2. The moving and fixed blades are made of imported special wear-resistant steel with high strength, impact resistance, and good wear resistance, ensuring stable performance and long service life of the blades under high-speed rotating cutting conditions. At the same time, the blades can be re ground multiple times.

3. The box with a reasonable structure and computer-aided design has the characteristics of smooth air circulation inside the cavity, smooth discharge, and low noise, greatly reducing the wall sticking phenomenon of fine powder materials.

4. The crushing of materials is carried out at room temperature, and the strong airflow generated by high-speed rotation can timely remove the heat generated during crushing, ensuring a low temperature rise during crushing.

5. High output and low energy consumption, the energy consumption for crushing the same material is 50-70% of similar domestic models.