Fiber-doped reinforced microporous concrete product and production method thereof

Abstract

The invention discloses a fiber-doped reinforced microporous concrete six-surface-coated heat-insulating core material box-type structure product and a production method thereof. Fiber-doped reinforced microporous concrete and an efficient heat-insulating core material in a gapless manner are compounded to form a six-surface-coated frame-box-type small fireproof sub-bin structure, an inorganic material and six-surface coating with an organic efficient thermal insulation material achieve isolation from contacting with air and open fire, so good fireproof performance is achieved; and the box type structure limits thermal expansion of the core material, cracking and falling caused by uneven deformation are prevented, the durability of the product is greatly improved, and the product has the excellent characteristics of high strength, light weight and the like. After a wall is formed, the technical requirements of building heat preservation and structure integration and the same fireproof grade, durability and service life of a heat preservation layer and a main body structure can be really met. Unification of efficient heat preservation and fireproof durability is achieved.

Description

Technical field [0001] The present invention relates to a doped fiber reinforced microporous concrete product and a production method thereof. It is to cover the microporous concrete fluid slurry into the plastic positioning member, and positioned in a molding die, hardening After the doping fiber reinforced microporous concrete, there is a product of the heat-insulated core material box structure, which has a small fire-resistant bin-type structure that realizes the six-sided coating of the organic material to the product. Sex and fire resistance. Background technique [0002] my country's building energy-saving project is widely used to stick to the high-tech thermal temperature treatment technology system, due to the technical defects of the system itself, causing the cracking of the insulation layer and the frequent occurrence of frequent fire. Although the inorganic insulation materials such as the rock pad have improved fire prevention, the bond strength is low, easy to sli...

AI Technical Summary

Problems solved by technology

Although inorganic thermal insulation materials such as rock wool board can improve the fire protection problem, the bonding strength is low, and it is easy to delaminate and fall off, which leads to serious problems in durability and safety of the external wall insulation system pasted with rock wool board and thin plaster.

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