Advantages of diamond edging wheel

Release time:2024-07-02


Due to the high rate and less heat dissipation time, the wear of the diamond edging wheel is large. This is due to the poor heat resistance of diamond abrasives, easy to carbonize the reason, but in the manual grinding, due to the low grinding rate, the amount of wear of diamond abrasives instead of landing. This is due to the low speed of manual grinding, long heat dissipation time and low grinding temperature. Visible low speed manual grinding, diamond abrasive not only high life and economic.

The diamond edging wheel rotates at a certain rate and passes over the battle surface of the double electrode with a certain pressure. At the same time, grinding fluid is sprayed between the double electrode and the grinding wheel. When the dressing power is turned on, the battle surface of the electrode and the diamond edging wheel generates a battle discharge, thus causing the metal joint of the grinding peak to generate discharge erosion and the diamond particle sector to be exposed and prominent. In this way, the diamond grinding wheel will be sharpening.

Due to the high rate and less heat dissipation, the wear of diamond edging wheel is large.

This is due to the poor heat resistance of diamond abrasives, easy to carbonize the reason, but in the technical grinding, due to the low grinding rate, the amount of wear of diamond abrasives is low. This is due to the technical grinding rate is low, the heat dissipation time is long, the grinding temperature is low.

It can be seen that when grinding at low speed, diamond abrasive not only has a high life span but also is economical.

The diamond edging wheel rotates at a positive rate and passes over the touch surface of the double electrode with a positive pressure. At the same time, grinding fluid is sprayed between the double electrode and the grinding wheel. When the dressing power is turned on, the touch discharge is generated between the electrode and the touch surface of the diamond edging wheel, thus causing the metal contact of the grinding peak to generate discharge electric erosion and making the diamond particles somewhat bare and good.