Performance analysis of magnesium phosphate cement mortar containing grinding dust

AUTOR(ES)

Ribeiro, Daniel Véras, Morelli, Márcio Raymundo

FONTE

Materials Research

DATA DE PUBLICAÇÃO

2009-03

RESUMO

Magnesium phosphate cement materials are formed by reacting magnesium oxide with water-soluble phosphates such as monoammonium dihydrogen phosphate (ADP), which solidifies at ambient temperature through the formation of hydrated phases in the material. Cylindrical specimens of magnesium phosphate cement were molded and varying amounts (0 to 30% weight) of grinding dust were added to the ceramic matrices. The influence of the addition of grinding dust on the characteristics of the mortars in terms of microstructure (SEM), mechanical strength and capillary water absorption was verified. The results obtained proved very satisfactory for the use of this waste as an additive in magnesium phosphate mortars.

Documentos Relacionados

• Study of mechanical properties and durability of magnesium phosphate cement matrix containing grinding dust
• Influence of the grinding dust addition in a matrix of magnesium phosphate cement.
• Scaffolds of calcium phosphate cement containing chitosan and gelatin
• Acoustic Emission Analysis of Cement Mortar Specimens During Three Point Bending Tests
• On the Strengthening of Cement Mortar by Natural Fibers