Pulverizer Machine
FG Series
The FG series pulverizer machine by TSPtech are used for pulverizing semi-hard, brittle, and impact-resistant materials in processes that require a powdered product. Granules with a size of 4-9 millimeters are directed into the high-speed rotating blade chamber using a vibratory feeder. Ultimately, the powder produced is transferred by air into the cyclone and cyclone separator. The final powder size can be adjusted by modifying the distance between the blades and replacing the mesh screen.
The high disk speed, small cross-sectional area of the cutting zone, blade design, and an effective process for reducing excess impact ensure that materials are immediately discharged from the powder mill chamber after cutting. This eliminates any additional residence time that could lead to increased temperature. With minimal power, it’s possible to achieve a high output capacity.
Design
- Optimal Layout Design and Space Efficiency
- Applicable for a Wide Range of Materials
- Used for Granule Sizes of 4-9 millimeters
- Designed and Constructed Based on Germany Technology
- Final Output: Powder with Sizes Ranging from 150 to 700 Microns
- Specifically Designed for High-Speed Bearing Seals
ما بر اساس نوع مواد مشتری، ظرفیت و نوع کاربری بهینه ترین سیستم را طراحی و پیشنهاد می دهیم.
Advantages:
- Efficient and cost-effective operations
- Low energy consumption and high output
- Short residence time of materials in the powder-making chamber to effectively reduce thermal stress on the materials
- Easy and fast reinstallation of blades
- Adjustable blade gap from outside the device
- Simple operation, installation, maintenance, and repair
- Use of multi-piece blades to enhance blade lifespan and optimize usage
- Blades made from high-alloy steel (up to 60 Rockwell hardness)
- Reusability of blades for multiple sharpening cycles
- Automatic temperature control
Customization:
The device can be customized in terms of design and construction according to customer needs
Depending on the type of application, it is possible to design and manufacture a disc with specific surface-to-tooth ratio, angle, and diameter. Additionally, we offer high-resistance blades for special applications where wear resistance is crucial.
Based on the type of materials, capacity, and usage, we design and recommend the most optimal system
* The size of parameter D has been calculated in the open state of the blade compartment.
* Approximately two square meters of space are required for the dust collector.
* The mentioned dimensions are approximate.
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