Characteristics and working principle of stainless steel crusher |
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2023-6-29 publish |
Affected by the different shapes of the original materials, the volume size is not used and the material properties, there are difficult to process, difficult to feed the problem, in order to solve these problems, Xulang specially designed and developed stainless steel crusher. Stainless steel crusher is suitable for Chinese herbal medicine, chemical materials, low hardness of the ore both polystyrene, polypropylene, nylon and other crushing, widely used in food, medicine, scientific research and other industries crushing processing. What are the characteristics of the stainless steel crusher and how does it work?
Features:
1, simple structure, easy to clean. Stainless steel crusher consists of frame, feed hopper, crushing chamber, screen frame, hopper and motor five parts, simple structure, cleaning is also very convenient.
2, excellent material, easy maintenance. This machine is made of stainless steel, which is not limited by the viscosity, hardness and softness of the material, and can achieve better crushing effect. It is an ideal stainless steel crushing equipment at present.
3, complete functions, widely used. Stainless steel crusher is not only suitable for Chinese medicinal materials crushing, but also can be processed for a variety of materials to achieve the ideal particles, widely used in all walks of life.
4, dust removal design, environmental hygiene. This machine adds dust removal design in the design, the machine is pollution-free, is a green machine, making the working environment clean and healthy.
How it works:
Stainless steel crusher is composed of five parts: frame, feed hopper, crushing chamber, screen frame, hopper and motor. When the material is processed and broken, the material to be processed enters the crushing chamber by the feed hopper. After the rotary moving knife and the fixed static knife impact shear is broken, the gap between the tools is adjusted and the appropriate screen is used to form the material into a ball. Obtain the ideal particle.
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