Water-resistant Gypsum Compositions with Man-made Modifiers

Pervyshin, G.N.; Yakovlev, G.I.; Gordina, A.F.; Keriene, J.; Polyanskikh, I.S.; Fischer, Hans-Bertram; Rachimova, N.R.; Buryanov, A.F.

The work has studied the structure and properties of gypsum compositions modified with the manmade modifier based on metallurgical dust and multi-walled carbon nanotubes. The results show that changing the structure of solid gypsum leads to the increase in bending and compressive strength by 70,5% and 138% correspondingly, the water resistance increasing and the softening factor reaching 0,85. Modifying gypsum composition with complex additive leads to the formation of amorphous structures based on calcium hydrosilicates on the surface of primary gypsum crystallohydrates that bond gypsum crystals and reduce the access of water.

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Pervyshin, G.N. / Yakovlev, G.I. / Gordina, A.F. / et al: Water-resistant Gypsum Compositions with Man-made Modifiers. 2017.

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