It has been established that for preliminary diamond grinding of high-quality and artistic glass with subsequent chemical polishing, it is advisable to use an organic binder MB 1 with diamond powder with ...
Improving the quality of diamond wheels for grinding flat glass edges was carried out by reducing the relative consumption of diamond grinding wheels as a result of increasing the wear resistance of the ...
Recommendations have been developed for the use of grindingwheels of various grain sizes for finishing high-quality and artistic glass. Il. 2, bibliography: 4 titles.
It is shown that for processing high-quality and artistic glass during its further chemical polishing, it is advisable to use grindingwheels with a 50% concentration of AC15 diamond powder and grinding ...
The problem of increasing the efficiency of manual grinding of high-quality and artistic glass by increasing the wear resistance of the bond and decreasing the relative consumption of diamonds is considered. ...
An increase in productivity and a decrease in the cost of grinding products from profiled and art glass is achieved as a result of using special multi-spindle copying machines or CNC machines. An increase ...
An increase in the dimensional resistance of diamond wheels for machining is shown by optimizing the hardness of the bond, choosing a diamond powder with optimal strength and concentration. New wheels ...
An increase in the efficiency of grinding by reducing the consumption of diamond grinding wheels by choosing the optimal bond hardness and using more durable diamond powders with an optimal concentration ...
It has been shown that the use of AC32 - AC50 diamond powders (instead of AC6 - AC15 powders) in combination with a new metal bond with hardness HB 75 - 85 (compared to the M2-01 bond) makes it possible ...
An algorithm for calculating the parameters of the structure of silicon carbide ceramic compositions of the system abrasive grain - bond - pores is described. The mathematical formulas required to use ...
A comparative analysis of the machining of ceramic materials based on aluminum oxide, silicon nitride and carbide has been carried out. Recommendations are formulated for choosing the type of grinding ...