Concrete-based element mixing body

Abstract

The invention relates to a concrete-based element mixing body which comprises a concrete-based lining layer, a reducing agent, a reinforcing agent, a restoration agent, a toughening agent and a glazing agent, wherein the reducing agent, the reinforcing agent, the restoration agent and the toughening agent are seeped into the deep surface layer of the concrete-based lining layer to form a concrete-based main body, and the glazing agent is coated on the surface of the concrete-based main body. The whole anti-corrosion layer is an element mixing body which is formed by the affinity of a main body that integrates reduction, reinforcement, restoration and toughening into a whole and a glazing protection reinforcing face, and a chemical molecule chain structure body with seepage, temperature, acid, corrosion, stretching and cold and heat impact resistance is formed, therefore, the main body has the same corrosion resistance efficacy even if the glazing protection reinforcing face is damaged. The concrete-base element mixing body can be applied to chimneys, flues and cement ponds of a power plant.

Description

technical field [0001] The invention relates to anti-corrosion and waterproof materials, in particular to a concrete-based mixed element body used for anti-corrosion and waterproof of chimneys. Background technique [0002] In the past, anti-corrosion at home and abroad was to recreate an anti-corrosion layer on the anti-corrosion base surface. Due to the limitation of construction and materials, the anti-corrosion layer and the base surface were not intimately combined and could not be integrated. Bulging, cracks, and falling off would occur, resulting in anti-corrosion of the anti-corrosion layer. The function disappears, and the original matrix has no anti-corrosion effect, resulting in frequent corrosion accidents. [0003] Especially in power plant chimneys, flues, ponds, etc., the anti-corrosion of desulfurization chimneys is required. Since the corrosion level of anti-corrosion flue gas is highly corrosive, the types of flue gas corrosion include sulfuric acid, chlori...

AI Technical Summary

Problems solved by technology

[0004] At present, many of the linings on the market use a layer of corrosion-resistant materials, such as lining nickel-based corrosion-resistant alloy plates, titanium plate alloy plates, lining foam glass bricks, lining anti-corrosion VP boards, etc., but these The anti-corrosion material made by the scheme has poor high-temperature resistance, cannot withstand high-temperature flue gas, cannot withstand the alternation of high-temperature flue gas and low-temperature flue gas, and is prone to peeling off of the anti-corrosion layer, so it cannot solve the problem of corrosion well. The method can not play a very good effect on waterproofing

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