The efficiency of using ultradispersed activated mixtures obtained by wet grinding in a planetary mill was established for the synthesis of low-alkaline aluminoborosilicate glasses (of the Pyrex type). The positive effect is achieved primarily due to the intensification of the glass formation stage - the dissolution of free silica. The cooking temperature can be reduced by 100 - 150 ° C.
Shelby J. Structure, properties and technology of glass: trans. from English Moscow: Mir, 2006.288 p.
Schott. BOROFLOAT & reg; 33 glass, thermal properties. URL: http://www.schott.com/borofloat/russian/attribute/ thermic / index.html (date accessed 10/25/2011).
Sinevich A.K. Cooking of low-alkali borosilicate glasses in continuous gas-flame baths. Glass and Ceramics. 1990. N 9. P. 22 - 24.
Lityushkin VV, Sivko AP, Mikhailenko N. Yu., Talalaev SV Cooking refractory borosilicate glasses in electric furnaces // Glass and ceramics. 1998. N 2. S. 6 - 8.
Lityushkin VV, Sivko AP, Mikhailenko N. Yu., Talalaev SV Melting refractory borosilicate glass in electric furnaces // Glass and Ceram. 1998. V. 55. N. 1 - 2. P. 36 - 38.
Pertner D. Glass furnace of the "Haye-Melter" type // Glass and ceramics. 1991. N 7. P. 27 - 30.
Isaev VA, Kharakhan ML On the role of gas-liquid inclusions in the process of cristobalitization of natural quartz // Mining information and analytical bulletin. 2005. N 5.
Planetary mills. Technique and technology of disintegration (TTD). URL: http://www.ttd.spb.ru/ (date of access: 1.02.2012).
The article can be purchased
electronic!
PDF format
700 руб
UDK 666.1.031
Article type:
Science for glass production
Make a request