Use of Waste Products of Nonferrous Metallurgy in Manufacture of Heat Resisting Concrete on the Basis of Phosphatic Binding

Abstract

Principles of reception are submitted on the basis of waste products of nonferrous metallurgy and phosphatic binding without roasting fire-resistant composites with the increased service life in quality facing a material. Use highly alumina raw material in a composition with phosphatic связками allows to receive the whole complex of materials of special purpose: heat resisting concrete and solutions, liquid phosphatic a sheaf, etc. The Given materials from the ecological point of view can be claimed directly at the same enterprises where they were formed that is significant step to transition to without waste technologies. Use of waste products of nonferrous metallurgy promotes: to rational wildlife management for the bill involving of waste products in manufacture of ceramic materials; to creation energy -and resource the savings technologies on manufacture of building materials; to rational structure of consumption of building materials in constructions, by replacement of natural traditional materials by waste products of manufacture; to preservation and rational use of an available natural source of raw materials; to use of the saved up and developed waste products of manufacture.