Name: Wool Polishing Wheel Description: Made from a mix of felt and synthetic fibers, the working surface is soft and easily absorbs polishing agents. Typically used with water-soluble cerium oxide polishing powder, it achieves high-gloss finishes on glass surfaces.
Name: Beveling Machine Resin Grinding Wheel Description: This wheel is primarily used for fine grinding and polishing after rough grinding with beveling diamond wheels. It serves as the finishing wheel on a beveling machine, bearing a certain amount of grinding load and playing a crucial role in the beveling of glass. The wheel is used for graded trimming with different grit sizes, typically recommended to be in three or more stages. Made from high-temperature-resistant resin bonded diamond abrasives, it provides excellent finishing results. The working surface is available in continuous and water-groove types.
Name: Resin Bonded Silicon Carbide Chamfering Wheel Description: The chamfering wheel is a tool used for chamfering ceramic tiles. It is primarily used for chamfering tiles after edge grinding, which helps improve safety during the storage, transportation, and installation of tiles, as well as the safety of installers. Depending on the size of the chamfer, chamfering wheels can be divided into head-type chamfering wheels and continuous-type chamfering wheels. Head-type chamfering wheels have a larger cutting capacity and are used for large chamfers, typically before polishing. Continuous-type chamfering wheels are used for post-polishing chamfering of tiles. Chamfering wheels are classified based on the bonding agent into metal-bonded diamond, resin-bonded diamond, and resin-bonded silicon carbide. The resin-bonded silicon carbide chamfering wheel is suitable for fine chamfering of ceramic tiles, providing sharp, straight, and smooth chamfers with long continuous use.
Name: Resin Bonded Diamond Grooving Wheel Description: Diamond saw blades are becoming increasingly widely used in the deep processing of ceramics and are important tools in ceramic processing. They can be used for mosaic cutting, edging, grooving, etc., and are suitable for equipment like continuous cutting machines and manual cutting machines. Common processing methods include manual single-blade cutting, continuous single-blade combined cutting, double-blade continuous cutting, and pre-cutting - chamfering - cutting continuous processing. These methods feature fast cutting speeds, long service life, and efficient performance, allowing for precise ceramic cutting. Resin bonded diamond grooving wheels are used for grooving the surfaces of ceramic tiles such as polished tiles, antique tiles, glazed floor tiles, and glazed wall tiles. They provide good sharpness, no edge chipping, smooth grooves, and can be combined with finer grits for fine grinding and polishing.
Name: Resin Bonded Diamond Disc Edge Grinding Wheel Description: Diamond edge grinding wheels are primarily used to correct the verticality of the four edges of ceramic tiles and to achieve the desired dimensions. They are essential tools for edge grinding of large-sized ceramic crystal tiles, porcelain tiles, and polished tiles. The main features are as follows: Sharpness is good, long service life, and low noise. Ensures the verticality and dimensional accuracy of the processed products, with no edge chipping or corner breakage. Strict control over the manufacturing process, ensuring stable product quality. Reasonable formulation and grit combinations are selected based on the tile material. Diamond edge grinding wheels can be divided into face-cutting edge grinding wheels and disc edge grinding wheels according to the grinding method. Disc edge grinding wheels can be further classified into metal-bonded diamond and resin-bonded diamond types based on the bonding agent used.
Name: Resin Bonded Diamond Chamfering Wheel Description: The chamfering wheel is a tool used for chamfering ceramic tiles. It is mainly used for the chamfering of tiles after edge grinding, which helps improve the safety of tiles during storage, transportation, and installation. Depending on the amount of chamfering required, chamfering wheels can be divided into two types: the head-type chamfering wheel and the continuous-type chamfering wheel. The head-type chamfering wheel has a larger cutting capacity and is used for larger chamfers, typically before polishing. The continuous-type chamfering wheel is used for post-polishing chamfering of tiles. Chamfering wheels can be classified based on the bonding agent into three categories: metal-bonded diamond, resin-bonded diamond, and resin-bonded silicon carbide. The resin-bonded diamond chamfering wheel is suitable for fine chamfering of ceramic tiles, providing sharp, straight, and smooth chamfers with long continuous usage.
