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A platform for research: civil engineering, architecture and urbanism
Aluminophosphate bonded refractory mortars
Chamotte mortars containing aluminophosphate bonds considerably improve the strength of the joint between firebrick refractories after heating to 400-800 C compared with mortars based on Portland cement and water glass. The highest strength for the mortar-firebrick bond is provided with a phosphoric acid density of 1.42-1.43 g/cm3 (60% phosphoric acid), and incorporating 20% bond in the mortar. It is possible to increase the strength of the chamotte mortar containing aluminophosphate bond during air setting and during heating, and also to increase the strength with time, by adding active materials to the mortar. Aluminophosphate-bonded mortar markedly increases the strength of the refractory-metal bonding, which is very important in building linings which are subject to movement during operation for example, in rotary kilns. It is desirable to test mortars containing aluminophosphate bonds in rotary kilns, and also in similar plant in the refractories, ceramic, and cement industries.
Aluminophosphate bonded refractory mortars
Chamotte mortars containing aluminophosphate bonds considerably improve the strength of the joint between firebrick refractories after heating to 400-800 C compared with mortars based on Portland cement and water glass. The highest strength for the mortar-firebrick bond is provided with a phosphoric acid density of 1.42-1.43 g/cm3 (60% phosphoric acid), and incorporating 20% bond in the mortar. It is possible to increase the strength of the chamotte mortar containing aluminophosphate bond during air setting and during heating, and also to increase the strength with time, by adding active materials to the mortar. Aluminophosphate-bonded mortar markedly increases the strength of the refractory-metal bonding, which is very important in building linings which are subject to movement during operation for example, in rotary kilns. It is desirable to test mortars containing aluminophosphate bonds in rotary kilns, and also in similar plant in the refractories, ceramic, and cement industries.
Aluminophosphate bonded refractory mortars
Aluminophosphat-gebundene Moertel
Bron, V.A. (author) / Uzberg, A.I. (author) / Karzhavina, T.P. (author) / Krotova, G.S. (author)
Refract. ; 13 ; 37-41
1972
5 Seiten, 4 Bilder
Article (Journal)
English
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