An inorganic crystal glue fireproof heat-preservation sound-insulation assembly integrated plate and a manufacturing method and application thereof

Abstract

The invention discloses an inorganic crystal glue fireproof heat-preservation and sound-insulation assembly integrated plate and a manufacturing method and application thereof. Theintegrated plate comprises a panel layer and a heat-preservation and sound-insulation layer, the panel layer and the heat-preservation and sound-insulation layer are mainly made of inorganic crystal glue powder, silicate, oxidized metal salt, sulfate, vitrified micro bubbles, silicon dioxide and modified polypropylene crude fibers. The product has the characteristics of fire burning resistance, water soaking resistance, high compressive strength, high breaking resistance, corrosion resistance, heat preservation, heat insulation, sound insulation, worm damage prevention, moisture prevention, no toxicity, no odor,multiple styles and varieties, and simplicity and practicability in assembly. The product is used for a fireproof door, an assembly type building outer wall and an assembly type building inner wall. Fireproofing, heat preservation, and sound insulation assembly is completed at a time, the construction period is shortened, resources are saved, labor cost and material cost are reduced, quality is improved, the service life is prolonged, fireproof flame-retardant plates, wall bricks, cast-in-place concrete walls and traditional inflammable heat-preservation and sound-insulation materials capableof continuously releasing formaldehyde and other toxic substances are replaced, the fireproof performance of the whole building is greatly improved, and the number of fires is reduced.

Description

technical field [0001] The invention belongs to the field of construction, and specifically relates to an inorganic crystal glue fire-proof, heat-preservation and sound-insulation assembly integrated board for fire doors, exterior walls of prefabricated buildings, and interior walls of prefabricated buildings to achieve fire-proof, heat-preservation and sound-proof assembly. Background technique [0002] The field of fireproof panels used in existing traditional buildings has a low fireproof rating, and generally has a fire resistance of about 45 minutes to 2 hours, which is not conducive to the escape time of people in high-rise buildings in the event of a fire, especially in birdcage-style houses. state, decoration materials and furniture are very easy to catch fire and burn, and release a large amount of toxic gas when burning, which damages the environment. Many people in the market regard cement board as a fireproof material, but they don’t know that cement board will bu...

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Problems solved by technology

[0003] Due to the above situation, through a large number of application tests in the past few years, this kind of inorganic crystal glue fire insulation and sound insulation assembly integrated board was invented, which effectively solved the problem that the fire insulation and sound insulation function of the main body of the prefabricated building could not be properly installed in one step. , using the principle of high adhesion of inorganic crystal glue, non-toxic and tasteless, the more the fire burns, the harder it is, together with other inorganic non-combustible auxiliary materials, the basalt fiber cloth with a tensile strength of 200-400mpa, and the tensile strength of 500mpa The modified polypropylene coarse fiber with a diameter of 0.1mm solves the following problems in the current market: 1. The toxicity of the fireproof insulation board, non-toxic and tasteless; 2. The mechanical properties of the fireproof insulation board meet the earthquake resistance of prefabricated buildings Need; 3. The economical practicability of the fire-proof, heat-insulation and sound-insulating panels can directly replace the current fire-retardant and flame-retardant panels, wall bricks, cast-in-place concrete walls, and traditional flammable heat-insulation and sound-insulation materials that will continuously release formaldehyde and other toxic substances; 4. Improve The fire protection grade of the fireproof insulation board is greatly extended to 4 hours; 5. The compressive strength of the fireproof insulation board is increased to 24mpa and the flexural strength is 4.5mpa; 6. The sound insulation of the overall prefabricated building is improved. 7. Increased the blister resistance of the fireproof insulation board for up to half a year, prolonging the service life; 8. No mildew, insect-proof, no return of brine and moisture; 9. No maintenance troubles in the later period of use; 10. There are no three wastes in the production process, and there is no damage to the environment; 11. No waste of resources, can be recycled and crushed for reuse, which belongs to the category of circular economy

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