Common Knowledge of Diamond Grinding Wheel Cutting
Diamond grinding wheels, as superhard grinding tools, are widely used in various industries, but few people understand the common sense of practical cutting. Today, I will introduce diamond grinding wheel blade cutting to you.
In practical operation and control, the grinding wheel is prone to edge collapse when cutting in and out: when cutting the grinding wheel with a tool with a larger main deviation angle, the edge is prone to edge collapse at the cutting in and out. The diamond grinding wheel operating layer, also known as the diamond layer, is composed of abrasives, binders, and fillers, and is the operating part of the grinding tool. The transition layer, also known as the non diamond layer, is composed of a binder, metal powder, and filler, and is the part that firmly connects the diamond layer to the substrate. To address this issue, a circular blade was used to change the main deviation angle, making the cut and exit smooth. When the feed rate is 1 to, there is no edge collapse phenomenon.
The chips are in powder form: the chips that cut through the grinding wheel are in powder form, and the form of tool wear is the wear on the back face, mainly bearing the wear of diamond grinding wheel abrasives. Diamond grinding wheel is a circular solid grinding tool with a through hole in the center, made of diamond abrasive as the material and metal powder, resin powder, ceramics, and electroplating metal as the binder. It has the advantages of high strength, good heat resistance, sharp cutting, high grinding efficiency, less heating and blockage during the grinding process, and low thermal expansion.
The cutting force and cutting temperature are relatively low: diamond composite sheets have a high thermal conductivity, which is~9 times that of hard alloy and 2-6 times that of copper, allowing the temperature in the cutting area to quickly spread out. Diamond grinding wheel is a circular solid grinding tool with a through hole in the center, made of diamond abrasive as the material and metal powder, resin powder, ceramics, and electroplating metal as the binder. It has the advantages of high strength, good heat resistance, sharp cutting, high grinding efficiency, less heating and blockage during the grinding process, and low thermal expansion. Therefore, the temperature of cutting resin bonded or ceramic bonded grinding wheels with diamond composite cutting tools is many times lower than that of cutting metal
Article source: Diamond grinding wheel
-
04-20
Diamond grinding wheel: The impact of the quality of diamond grinding wheel on cutting tools
The quality of diamond grinding wheels is one of the important factors for the manufacturing industry to improve processing productivity and product surface quality. Therefore, in advanced CNC machini
-
03-15
Polishing wheel manufacturer: What types of grinding can affect the effectiveness of polishing wheels
Two types of objects have different hardness: for example, a high hardness abrasive can cut quickly and deeply.2. Particle size (abrasive particle size): For example, large-sized sand particles can be
-
12-03
Polishing wheel manufacturer: Four types of polishing wheels
Four types of polishing wheels1. A non stitched fabric wheel. It is mostly made of soft cotton cloth, suitable for polishing workpieces with complex shapes or small workpiecesA fine polishing of.2. Re
-
11-09
Polishing wheel manufacturer: Difficulties in processing and manufacturing polishing wheels
Polishing wheels are very common consumables, so what are the difficulties in processing and manufacturing these types of polishing wheels? Let's summarize for everyone. The polishing wheel is us