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SF-130
XINGLE
SF-130 powder grinder mainly works by generating high-speed rotation between two toothed discs, one of which is fixed and the other is movable. Both discs are equipped with tooth-like structures that interlock during operation, allowing the material to be impacted by the teeth to effectively clamp and crush the material fed into the machine. Friction between the material and the tooth surface further contributes to crushing. As materials move rapidly within the crusher, the materials themselves impact each other, thereby facilitating the crushing process. The crushed materials pass through the screen through centrifugal force and finally enter the powder collection bag.
1. High-efficiency crushing: Through the combined effects of high-speed relative motion and tooth impact, friction and material impact, the crusher crushes materials efficiently. Capable of quickly producing fine powders and granules.
2. Precise control: The mesh size of the crushed materials can be precisely controlled to make it suitable for various applications, including achieving specific particle size distribution.
3. Uniform particle size: The crushing action ensures that the material is uniformly reduced in size and passed through the screen through the action of centrifugal force, resulting in a consistent and predictable particle size, which is crucial in many industries.
3. Multifunctional applications: Can be used on a variety of materials, from food ingredients to pharmaceuticals, chemicals, minerals, etc. Their versatility makes them suitable for different industries.
4. Save time and energy: High-speed operation reduces the time required, which usually translates into energy savings, making the process more cost-effective.
1. Pharmaceutical industry: This equipment is commonly used in the pharmaceutical industry to grind active pharmaceutical ingredients (API), excipients and other powder materials for tablet and capsule preparations, as well as for granular preparations.
2. Plastic industry: Crusher is used to crush plastic materials into fine powder for recycling or manufacturing plastic products, improving product utilization and reducing environmental pollution.
3. Agriculture: Used to crush agricultural materials such as fertilizers and animal feed.
4. Research and Development: This equipment is small and lightweight and is commonly used in laboratories and research facilities for a variety of grinding and particle size reduction applications.
SF-130 powder grinder mainly works by generating high-speed rotation between two toothed discs, one of which is fixed and the other is movable. Both discs are equipped with tooth-like structures that interlock during operation, allowing the material to be impacted by the teeth to effectively clamp and crush the material fed into the machine. Friction between the material and the tooth surface further contributes to crushing. As materials move rapidly within the crusher, the materials themselves impact each other, thereby facilitating the crushing process. The crushed materials pass through the screen through centrifugal force and finally enter the powder collection bag.
1. High-efficiency crushing: Through the combined effects of high-speed relative motion and tooth impact, friction and material impact, the crusher crushes materials efficiently. Capable of quickly producing fine powders and granules.
2. Precise control: The mesh size of the crushed materials can be precisely controlled to make it suitable for various applications, including achieving specific particle size distribution.
3. Uniform particle size: The crushing action ensures that the material is uniformly reduced in size and passed through the screen through the action of centrifugal force, resulting in a consistent and predictable particle size, which is crucial in many industries.
3. Multifunctional applications: Can be used on a variety of materials, from food ingredients to pharmaceuticals, chemicals, minerals, etc. Their versatility makes them suitable for different industries.
4. Save time and energy: High-speed operation reduces the time required, which usually translates into energy savings, making the process more cost-effective.
1. Pharmaceutical industry: This equipment is commonly used in the pharmaceutical industry to grind active pharmaceutical ingredients (API), excipients and other powder materials for tablet and capsule preparations, as well as for granular preparations.
2. Plastic industry: Crusher is used to crush plastic materials into fine powder for recycling or manufacturing plastic products, improving product utilization and reducing environmental pollution.
3. Agriculture: Used to crush agricultural materials such as fertilizers and animal feed.
4. Research and Development: This equipment is small and lightweight and is commonly used in laboratories and research facilities for a variety of grinding and particle size reduction applications.
