LIGHTWEIGHT PHOSPHATE REFRACTORY CONCRETE BASED ON A BINDER MADE FROM INDUSTRIAL ALUMINOSILICATE RAW MATERIALS

V. А. Abyzov
South Ural State University, Chelyabinsk

N. E. Posadnova
South Ural State University, Chelyabinsk


Abstract


A modified aluminophosphate binder has been technogenically developed using aluminosilicate. Waste – a by-product of production firing of refractory clays from the Nizhne-Uvelskoye deposit – was used for obtain-ing the raw materials for the binder. Нeat-resistant phosphate aerated concrete was developed based on the modified aluminophosphate binder. Its density was 600–800 kg/m3 and the temperature of application about 1400–1450 °C. The main heat-resistant properties of aerated concrete were investigated and aerated concrete using a modified alumi-nophosphate binder is not inferior to cellular materials based on known aluminophosphate binders.

Keywords


aluminophosphate binder, aluminum phosphates, industrial waste, aluminosilicate waste, heat-resistant aerated concrete, aerated concrete, phosphate binder, heat-resistant concrete

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