Self-insulation art casting stone and production method thereof

Abstract

The invention relates to a self-insulation art casting stone and a production method of the self-insulation art casting stone, aiming at effectively solving the problems that the environment is polluted, the human health is harmed, the adhesion is not firm and the wall body falls off. The self-insulation art casting stone comprises the following components: 9-11kg of 525 ordinary Portland cement, 0.8-1kg of first-level pulverized fuel ash, 19-20L of polyphenyl granules, 17.0-21.5L of expanded perlite, 8.3-9.4L of ceramsite, 2.0-2.5L of glass beads, 82-84g of water reducing agent, 160-180g of redispersible latex powder, 200-210g of organosilicone powder and 4.5-5.5kg of water. The preparation method comprises the steps of: spraying color onto a mould, preparing blank, molding, steam-curing, demoulding, naturally curing and packaging. The self-insulation art casting stone is scientific and reasonable in composition, simple in method, easy to operate, good in product quality, energy-saving, environment-friendly, firm in bonding and hard to fall off from the wall body.

Description

technical field

[0001] The invention relates to building materials, in particular to a self-insulating artistic pouring stone with heat-insulating effect produced by using heat-insulating materials such as ceramsite, polystyrene particles, expanded perlite, and vitrified microbeads, and a production method thereof. Background technique

[0002] Building energy efficiency is becoming increasingly important. Wall insulation has inner insulation layer, middle insulation layer and outer insulation layer. Among the three kinds of thermal insulation, the external thermal insulation composite wall has the characteristics of increasing the usable area of ​​the house, cutting off the thermal bridge almost completely, and making construction and maintenance more convenient.

[0003] However, due to the occurrence of many building insulation fire incidents in recent years, it has triggered the thinking of all walks of life on thermal insulation and fire prevention. The fire resist...

Examples

Embodiment 1

[0016] The present invention is made of the following components during specific implementation: 10kg of 525 ordinary Portland cement, 0.83kg of primary fly ash, 19.5L of polystyrene particles, 19.9L of expanded perlite, 8.7L of ceramsite, vitrified micro Pearl 2.2L, water reducer 83.4g, redispersible latex powder 170g, organic silicon powder 208.5g and water 5kg, its preparation method comprises the following steps:

[0017] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0018] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powder, and organic si...

Embodiment 2

[0025] The present invention can also be made of the following components during specific implementation: 9kg of 525 ordinary Portland cement, 0.8kg of first-grade fly ash, 19L of polyphenylene particles, 17L of expanded perlite, 8.3L of ceramsite, and 2L of vitrified microbeads , water reducer 82g, redispersible latex powder 160g, organosilicon powder 200g and water 4.5kg, its preparation method comprises the following steps:

[0026] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0027] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powder, and ...

Embodiment 3

[0034] The present invention can also be made from the following components during specific implementation: 11kg of 525 ordinary Portland cement, 1kg of first-grade fly ash, 20L of polyphenylene particles, 21.5L of expanded perlite, 9.4L of ceramsite, and 2.5L of vitrified microbeads. L, water reducer 84g, redispersible latex powder 180g, organosilicon powder 210g and water 5.5kg, its preparation method comprises the following steps:

[0035] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0036] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powde...

technical field

[0001] The invention relates to building materials, in particular to a self-insulating artistic pouring stone with heat-insulating effect produced by using heat-insulating materials such as ceramsite, polystyrene particles, expanded perlite, and vitrified microbeads, and a production method thereof. Background technique

[0002] Building energy efficiency is becoming increasingly important. Wall insulation has inner insulation layer, middle insulation layer and outer insulation layer. Among the three kinds of thermal insulation, the external thermal insulation composite wall has the characteristics of increasing the usable area of ​​the house, cutting off the thermal bridge almost completely, and making construction and maintenance more convenient.

[0003] However, due to the occurrence of many building insulation fire incidents in recent years, it has triggered the thinking of all walks of life on thermal insulation and fire prevention. The fire resist...

Examples

Embodiment 1

[0016] The present invention is made of the following components during specific implementation: 10kg of 525 ordinary Portland cement, 0.83kg of primary fly ash, 19.5L of polystyrene particles, 19.9L of expanded perlite, 8.7L of ceramsite, vitrified micro Pearl 2.2L, water reducer 83.4g, redispersible latex powder 170g, organic silicon powder 208.5g and water 5kg, its preparation method comprises the following steps:

[0017] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0018] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powder, and organic si...

Embodiment 2

[0025] The present invention can also be made of the following components during specific implementation: 9kg of 525 ordinary Portland cement, 0.8kg of first-grade fly ash, 19L of polyphenylene particles, 17L of expanded perlite, 8.3L of ceramsite, and 2L of vitrified microbeads , water reducer 82g, redispersible latex powder 160g, organosilicon powder 200g and water 4.5kg, its preparation method comprises the following steps:

[0026] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0027] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powder, and ...

Embodiment 3

[0034] The present invention can also be made from the following components during specific implementation: 11kg of 525 ordinary Portland cement, 1kg of first-grade fly ash, 20L of polyphenylene particles, 21.5L of expanded perlite, 9.4L of ceramsite, and 2.5L of vitrified microbeads. L, water reducer 84g, redispersible latex powder 180g, organosilicon powder 210g and water 5.5kg, its preparation method comprises the following steps:

[0035] 1. Mold color spraying: according to the conventional method, prepare coloring materials according to the predetermined art pouring stone color, add appropriate amount of water and white cement and stir evenly to form a color paste, and use suitable color spraying tools to spray color on the predetermined mold according to requirements ;

[0036] 2. Blank-making material: mix 525 ordinary Portland cement, first-grade fly ash, polystyrene particles, expanded perlite, ceramsite, vitrified microbeads, water reducer, redispersible latex powde...

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