Regarding the comprehensive interpretation of Diamond tools bill of lading knowledge, multiple experts from domestic research institutions have devoted themselves to research, not only to solve the problem of Diamond tools, but also for future grinding. Not only is there a problem with the wear of diamond cutter tools, but there is also no force damage to the white corundum grinding wheel abrasive. Before maintaining the condition of these Diamond tools, it is first necessary to timely detect the factors that can affect the wear sensitivity of Diamond tools. Using tools that have been well tested in our experiments can be targeted for grinding. After tool grinding, it is inevitable that problems may arise. This process has been developed to help determine some tools that meet the processing requirements for testing. In actual testing projects, single tool grinding is performed on the tools, which can be divided into single, multiple tools, interchangeable blade tools, multiple grinding wheel tools, blades, blunt or blunt grinding, etc.
These tools may have several elements, and they may not be very sensitive to your future use. In order to meet the needs of consumers, for example, Germany has also developed milling machines, but these processes are not very solid due to tool sharpening. The main forms of tool failure include thermal grinding, vibration grinding, accumulation grinding, etc. Every type of wear and tear may be worn away, but they can be worn away, and some sharp wear and tear can only be worn away by 025 millimeters. The hardness of the grinding wheel depends on the hardness of the grinding wheel. When the abrasive particles of the grinding wheel are grinding the workpiece, the edge grinding will be subjected to strong friction and compression, generating strong friction and impact, resulting in heat and obtaining a certain degree of plastic deformation, resulting in a very smooth surface of the workpiece. Therefore, a large amount of coolant must be injected during grinding to reduce the temperature generated during grinding. The coolant can also take away the heat generated during grinding, which can control the surface roughness of the workpiece within a certain range. The concentration range of coolant generally depends on the grinding process, the friction of the grinding wheel, and the purification of the coolant. The frictional effect generated during grinding can accelerate the evacuation of heat, reduce the temperature of the grinding area, and even cause a rapid increase in the temperature of the grinding area. Therefore, the grinding process can cause significant grinding losses. To improve grinding efficiency and reduce the temperature of the grinding area, in addition to improving the surface roughness of the workpiece, it can also improve the smoothness of the workpiece surface. Improve grinding performance, reduce feed rate and grinding heat, especially for some difficult to machine materials such as rail surface grinding wheels. Improving the adhesion of grinding fluid: Grinding fluid does not require the use of coolant, but is installed in a constant temperature chamber for use, which can greatly expand the air in the grinding area. When the specific concentration of grinding fluid is high under the conditions of improving air cooling with the same workpiece, Grinding fluid ratio is divided into one category One type is grinding fluid. One type of grinding fluid has a significant advantage over the usual wet grinding fluid compared to dry grinding fluid. Therefore, grinding fluid has a more obvious advantage. The formula of grinding fluid is to repair grinding particles, adhesives, and emulsified oil, which are often difficult to play a high role. The grinding fluid and the entire grinding fluid play a significant role, but the grinding fluid cannot achieve a high effect, such as modifying the protective cover of the grinding fluid, while the grinding fluid But it cannot achieve the effect of re lubrication and lubrication.
