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 a grain size of 90/70 microns and a concentration of 150%.
The use of the MB1 organic bond for wheels with diamond grinding powder with a grain size of 90/75 microns and a concentration of 150% instead of the bond M2-01 with a diamond powder grain size of 53/45 microns and a concentration of 50% made it possible to increase the productivity of preliminary diamond grinding of high-quality and art glass with subsequent chemical polishing by 20 - 25% and increase the durability of the wheel by 1.8-2.3 times at the same cost price of the wheels and the same roughness of the processed surface. Il. 4, bibliography: 4 titles.
Popov A.V. Grinding of high-quality and artistic glass with diamond wheels on organic bonds. Glass and ceramics. 2008. N 5. P. 33 - 34.
Popov AV Grinding high-quality and art glass with diamond grinding wheels with organic binders // Glass and Ceram. 2008. V. 65. N 5 - 6. P. 169 - 171.
Popov AV Improving the quality of diamond wheels for manual grinding of high-quality and artistic glass // Glass and ceramics. 2008. N 3.P. 13 - 14.
Popov AV Increasing the quality of diamond wheels for manual grinding of commercial and art glass // Glass and Ceram. 2008. V. 65. N 3 - 4. P. 77 - 78.
Popov AV Influence of grain size of diamond wheels on the cost and quality of grinding high-quality and art glass // Glass and ceramics. 2001. N 11.С.9- 10.
Popov AV Cost and quality of grinding household and fancy glass as a function of grain size in grinding wheels // Glass and Ceram. 2001. V. 58. N 11-12 P. 374-375.
Popov A.V. Cost and quality of grinding high-quality and artistic glass depending on the concentration of diamonds in grinding wheels // Glass and ceramics. 2001. N 10.S. 11-12.
Popov AV Cost and quality of grinding household and fancy glass as a function of diamond concentration in grinding wheels // Glass and Ceram. 2001. V. 58. N 9 - 10. P. 338 - 340.
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