Method for preparing and using multifunctional inorganic fiber facing material

Abstract

The invention relates to a method for preparing and using a multifunctional inorganic fiber facing material, which uses raw materials including 20-35 kg of inorganic cellucotton, 0.1-8 kg of inorganic gel, 0.1-10 kg of organic gel, 2-5 kg of chemical additive and 10-70 kg of water. Due to the adoption of a dry mixing and wet premixing method, the inorganic cellucotton, the inorganic gel and the chemical additive are mixed to obtain a dry mixture, the organic gel is diluted by water to obtain a wet mixture, and a target object is sprayed by the dry mixture and the wet mixture. Due to the adoption of a method for preparing dry powder and mixed liquid, the water, the inorganic gel, the organic gel and the chemical additive are evenly mixed to obtain a mixed liquid; and the target object is sprayed by the mixed liquid and dry powder which is the inorganic celucottoon. Due to adoption of a pulpous state preparation method, the inorganic cellucotton, the inorganic gel and the chemical additive are evenly mixed to obtain a mixture, and water and the organic gel are added to the mixture to obtain a pulpous product which is used for spraying or coating the target object. The multifunctional inorganic fiber facing material integrating multiple functions of heat insulation, sound absorption, noise reduction, fire prevention and inflaming retarding is used for decorating a building.

Description

technical field [0001] The method for making and using the multifunctional inorganic fiber facing material of the present invention relates to the technical field of building materials; in particular, it relates to the technical field of environmentally friendly and heat-preserving building materials; in particular, it relates to the technical field of making and using the multifunctional inorganic fiber facing material. Background technique [0002] At present, as far as thermal insulation building materials are concerned, although there are many kinds of them, they are all single-use performance, poor fireproof performance, poor shock absorption and sound absorption performance, complicated construction process, and high construction cost... And many other deficiencies, defects and drawbacks. Based on the applicant's professional knowledge, rich experience in this industry and unremitting pursuit of business excellence, the present invention adopts the "scientific Formula...

AI Technical Summary

Problems solved by technology

[0002] At present, as far as thermal insulation building materials are concerned, although there are many kinds of them, they are all single-use performance, poor fireproof performance, poor shock absorption and sound absorption performance, complicated construction process, and high construction cost... Many shortcomings, defects and disadvantages

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