FIELD: chemistry.
SUBSTANCE: invention relates to a structural element and a method of reinforcing a building structure. The reinforcing structure is made from poly[benz(1,2-D:5,4-D')bisoxazole-2,6-diiyl-1,4-phenylene] fibre and is incorporated into a layer of mortar. The mortar contains the following in %: cement 5-95; finely ground inert mineral filler 10-70; characterised by particle size smaller than 700 micrometres; chemical additives which include unsaturated copolymer resins 0.1-25; liquefying additives 0.05-2.5; thixotropic agents which relate to the cellulose class 0.005-1. All percentage content values are weight percentages and are obtained based on total weight of the mortar. The method involves formation of a layer of mortar on a reinforced structural element and incorporation of the reinforcing structure into the layer of mortar.
EFFECT: ensuring thermohydrometric transfer between the building structure and the external medium, where the structural element demonstrates fire resistance and resistance to aggressive chemical media, as well as good mechanical properties.
11 cl, 13 dwg
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Authors
Dates
2011-02-20—Published
2006-09-06—Filed