Characteristics and working principle of stainless steel crusher

Characteristics and working principle of stainless steel crusher

Due to the varying shapes and sizes of raw materials, as well as the influence of material properties, there are difficulties in processing and feeding. To solve these problems, Xulang has specifically designed and developed stainless steel crushers. Stainless steel crushers are suitable for crushing traditional Chinese medicine, chemical materials, and low hardness ores such as polystyrene, polypropylene, nylon, etc. They are widely used in the crushing and processing of industries such as food, medicine, and scientific research. What are the characteristics of a stainless steel crusher and what is its working principle?

Features:

1. The structure is simple and easy to clean. The stainless steel crusher consists of five parts: frame, feeding hopper, crushing chamber, screen mesh frame, feeding hopper, and motor. It has a simple structure and is easy to clean.

2. Excellent material quality and easy maintenance. This machine is made of all stainless steel material and is not limited by material viscosity, hardness, and softness. It can achieve good crushing effect and is currently an ideal stainless steel crushing equipment.

3. Fully functional and widely applicable. Stainless steel crushers are not only suitable for crushing traditional Chinese medicinal materials, but also for processing various materials to achieve ideal particle size, and are widely used in various industries.

4. Dust removal design, environmentally friendly and hygienic. This machine has added a dust removal design in its design, which is pollution-free and environmentally friendly, making the working environment clean and hygienic.

Working Principle:

Stainless steel crusherIt consists of five parts: the frame, the feeding hopper, the crushing chamber, the sieve frame, the receiving hopper, and the motor. When processing and crushing materials, the materials to be processed enter the crushing chamber from the feeding hopper, and are crushed by the impact shear of the rotating moving knife and the fixed static knife. After adjusting the gap between the cutting tools and using a suitable sieve, the materials are agglomerated into spherical shapes to obtain ideal particles.