Name: Glazing Polishing Block Description: The glazing polishing block, also known as the flexible polishing block, can be installed on a standard polishing machine to perform full or semi-polishing on surfaces of various tiles such as antique tiles, imitation stone tiles, polished crystal tiles, and glazed tiles. It is characterized by good profiling ability, strong grinding force, high gloss finish, no abrasion marks, and a long service life.
Name: Metal Bonded Diamond Chamfering Wheel Description: The chamfering wheel is used for chamfering ceramic tiles. It is primarily used for chamfering tiles after edge grinding, ensuring the safety of tiles during storage, transportation, and installation, as well as the safety of the installers. Depending on the chamfer size, the chamfering wheels can be divided into head-style chamfering wheels and continuous-style chamfering wheels. The head-style chamfering wheel removes a large amount of material and is typically used for chamfering before polishing, while the continuous-style chamfering wheel is used for post-polishing chamfering. Chamfering wheels can be categorized by binder type into metal-bonded diamond, resin-bonded diamond, and resin-bonded silicon carbide. Metal-bonded diamond chamfering wheels, with advanced head sintering techniques, are reliable, durable, and provide high material removal rates.
Name: Diamond Calibration Tool Description: Specifically designed for calibrating and leveling various hard natural stones, artificial quartz, and other non-metallic materials. Customizable tools include rollers, grinding discs, cylindrical wheels, etc., which can be mounted on various calibration and polishing machines.
Semiconductor Wafer Grinding and Polishing Materials Description: This category includes grinding liquids, emulsifiers (oil-based/water-based), and polishing liquids (cerium oxide CeO2, green silicon carbide GC, diamond powder) (diamond slurry, alumina Al2O3 slurry, silica SiO2 slurry). These materials are primarily used for precision grinding and polishing of optical glass, sapphire, silicon wafers, silicon carbide wafers, and other materials.
Name: Sintered NdFeB Description: Sintered NdFeB is one of the strongest magnetic materials in the world. It is widely used in various industries such as transportation, energy, communications, home appliances, machinery, and medical fields. It is playing a crucial role in green energy and artificial intelligence, making it an indispensable functional material in production and daily life. Sintered NdFeB magnets are primarily used in automotive applications (electric drive, electric power steering, and sensors), wind power generation, the information industry (hard disk drives, optical disc drives), consumer electronics (smartphones, digital cameras), home appliances (inverter air conditioners, refrigerators, and washing machines), elevator linear motors, and nuclear magnetic resonance imaging systems.
Name: Sintered NdFeB Description: Sintered NdFeB is one of the strongest magnetic materials in the world. It is widely used in various industries such as transportation, energy, communications, home appliances, machinery, and medical fields. It is playing a crucial role in green energy and artificial intelligence, making it an indispensable functional material in production and daily life. Sintered NdFeB magnets are primarily used in automotive applications (electric drive, electric power steering, and sensors), wind power generation, the information industry (hard disk drives, optical disc drives), consumer electronics (smartphones, digital cameras), home appliances (inverter air conditioners, refrigerators, and washing machines), elevator linear motors, and nuclear magnetic resonance imaging systems.
