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RESEARCHES whiskering ON THE CERAMIC COMPOSITE MATERIAL

Abdrahimov Vladimir Zakirovich / Kovkov Ilya Valerjevich

Researches have shown, that the most effective way on elimination whiskering this increase in temperature of roasting as sulfates of alkalis can be spread out at higher temperatures of roasting. Besides rise in temperature of roasting of a ceramic composite material with 1050 up to 1100 ^оС promotes increase glass phase from 20-25 up to 30-35 % which considerably reduces porosity and thus whiskering practically do not appear on a surface of a brick.

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RESEARCHES whiskering ON THE CERAMIC COMPOSITE MATERIAL

Abdrahimov Vladimir Zakirovich / Kovkov Ilya Valerjevich

Researches have shown, that the most effective way on elimination whiskering this increase in temperature of roasting as sulfates of alkalis can be spread out at higher temperatures of roasting. Besides rise in temperature of roasting of a ceramic composite material with 1050 up to 1100 ^оС promotes increase glass phase from 20-25 up to 30-35 % which considerably reduces porosity and thus whiskering practically do not appear on a surface of a brick.

RESEARCHES whiskering ON THE CERAMIC COMPOSITE MATERIAL

Abdrahimov Vladimir Zakirovich / Kovkov Ilya Valerjevich

Researches have shown, that the most effective way on elimination whiskering this increase in temperature of roasting as sulfates of alkalis can be spread out at higher temperatures of roasting. Besides rise in temperature of roasting of a ceramic composite material with 1050 up to 1100 ^оС promotes increase glass phase from 20-25 up to 30-35 % which considerably reduces porosity and thus whiskering practically do not appear on a surface of a brick.

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Title:

RESEARCHES whiskering ON THE CERAMIC COMPOSITE MATERIAL

Contributors:

Abdrahimov Vladimir Zakirovich (author) / Kovkov Ilya Valerjevich (author)

Published in:

Vestnik MGSU, Iss 1, Pp 83-87 (2012)

Publication date:

2012

ISSN:

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

glass phase , whiskering , a ceramic composite material , a clay part of "tails" of gravitation , migration of salts , sulfates , glauber's salts , Architecture , NA1-9428 , Construction industry , HD9715-9717.5

Metadata by DOAJ is licensed under CC BY-SA 1.0

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