| Brand Name: | Mass Polishing |
| Business Type: | Manufacturer |
| Place of Origin: | Zhejiang, China |
| Feature: | Efficiency |
| Prevent adhesion | |
| Low surface energy | |
| Application: | Food and Beverage |
| Pharmaceutical Industries | |
| Chemical Industry | |
| Payment Method: | T/T |
| Delivery Time: | 7 Days (Have in Stock) |
| 15-25 Days (Out of Stock) |
The Importance of Anti-Adhesion Beads in Mass Finishing Processes
Anti-Adhesion Beads are a type of media used in mass finishing processes to improve the efficiency and consistency of the finishing process. They are added to the finishing solution along with other media such as ceramic beads, plastic pellets, or steel shot to prevent parts from sticking to the walls of the mass finishing machine or to each other. This helps to prevent scratches or other damage to the surface finish of the parts.
Anti-Adhesion Beads are typically spherical in shape and made of materials that are resistant to adhesion, such as Teflon, nylon, or other engineering plastics. They are chosen to be compatible with the finishing solution and the parts being finished.
The use of Anti-Adhesion Beads in mass finishing helps to improve the surface finish and geometry of the parts by allowing them to tumble freely in the machine. By preventing adhesion, the beads also reduce the risk of damage to the parts and the machine. In conclusion, Anti-Adhesion Beads play a crucial role in ensuring the efficiency and consistency of mass finishing processes.
Anti-Adhesion Beads Data
How We Produce Tumbling Media
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Our production process begins with meticulous material selection. We carefully choose the finest ceramic and porcelain materials known for their hardness and abrasive properties. This ensures that our tumbling media delivers optimal performance and durability, enabling efficient deburring, polishing, and surface finishing. |
First, the selected ceramic material is mixed with water and specialized additives to form a slurry. This slurry is then shaped into various geometries, including cylinders, triangles, and cones, through molding or extrusion processes. Our skilled technicians ensure the consistency and precision of each piece. |
After shaping, the ceramic pieces undergo natural drying. We utilize the power of air circulation and controlled environments to allow the moisture to gradually evaporate from the ceramic. This natural drying process ensures that the ceramic pieces solidify and maintain their intended shape without the need for additional heat sources. |
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To further enhance the quality and durability of our tumbling media, we subject the dried ceramic pieces to a carefully controlled firing process. This involves subjecting them to high temperatures in kilns, resulting in sintering—the fusion of particles that creates a denser and more resilient ceramic. |
Once fired, our tumbling media may undergo additional finishing processes to ensure exceptional performance. Grinding and polishing techniques are employed to eliminate rough edges and uneven surfaces, guaranteeing that our media is ready for immediate use upon delivery. |
After smoothing, our tumbling media undergoes meticulous selection. Each piece is carefully inspected to ensure it meets our stringent quality standards. Our tumbling media is packaged in durable containers or bags that protect the media from damage during transportation and storage. |
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