Cubic boron nitride abrasive made for metallography is used during preparation for both coarse and fine grinding. Using an electrostatic sand planting technique and silicon carbide abrasive grains with uniform particle size and superior grinding performance as abrasives, specifically designed water-reistant metallographic sandpaper is created.
It is capable of dispersing abrasive particles and grinding sharply and reliably. The sample has a quick grinding speed and a thin deformation layer as a result, making it particularly advantageous for thick or difficult materials. When using water-grinding, which may be used for both rough and fine grinding, defects of the sample being processed and dusty are totally eliminated.
The maximum particle size Dmax regulates the polishing accuracy, while the average particle size, or median diameter, of the Cubic Boron Nitride Abrasive merely affects polishing speed. Therefore, in order to achieve high precision, the maximum particle size of polishing powder must be restricted.
Slurry concentration: The slurry concentration determines how quickly the procedure polishes. The polishing goes more swiftly with increased concentration. When utilizing polishing powder with fine particles, the slurry concentration needs to be carefully controlled.
For cerium polishing powder, a softer polishing die should be chosen. The precision of the final polishing is also based on the maximum particle size of these powders. It is the step that must be taken to fully undo any harm caused in the past. It would be great to reduce the amount of damage caused by cutting and grinding using the proper blade and abrasive in order to lessen the need for polishing.
Coated abrasive product types include, but are not limited to, sanding cords, pads, belts, and discs. Variants, such as belt sanders, die grinders, and sanders, can be manually operated or utilized as replacement parts for power tools.