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Composite zeolite sepiolite powder coating for fiber screen net

A technology of fiber mesh and composite zeolite, which is applied in coating, covering/lining, construction, etc., can solve the problems of high maintenance cost, poor anti-collision ability, affecting the adsorption function of diatom mud and zeolite seafoam mud coating, etc. To achieve the effect of promoting progress and development and improving the overall structural strength

Inactive Publication Date: 2018-09-18
李长松 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] 1. Diatom mud and zeolite sea foam mud coatings are "mud" coatings with poor anti-collision ability. Once they encounter an object collision, the surface of diatom mud and zeolite sea foam mud coating coatings will be damaged, which will not only affect the appearance, but also maintain maintenance. high cost
[0004] 2. Diatom mud and zeolite sea foam paint are "mud" coatings with poor anti-stain ability, which affects practicality. Users with children at home generally do not choose diatom mud and zeolite sea foam paint
[0005] 3. Diatom mud, zeolite sea foam mud coating "mud" coatings have poor bonding strength, which not only easily leads to micro-cracks in some paint coatings, but in order to increase the bonding strength of diatom mud and zeolite sea foam mud coatings, The formula contains more or less latex, cellulose and other raw materials that increase the overall structural strength of the composite layer, which affects the adsorption function of diatom mud and zeolite sea foam mud coating

Method used

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  • Composite zeolite sepiolite powder coating for fiber screen net

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034]The implementation room is a meeting room, and the mesh area of ​​the fiber mesh (3) is set as the standard setting that the fiber mesh (3) protruding higher than the surface of the zeolite seafoam mud coating (4) can produce anti-collision technical effects. The pore area is set to 300×300 mm; the zeolite seafoam coating (4) is composed of the following components by weight percentage: 30% zeolite powder; 25% sepiolite powder; 2% nano-titanium dioxide; 15% titanium dioxide; Carbon black 10%; Kaolin 10%; Ash calcium powder 8%. The specific implementation method is: on the wall base (2) of the conference room wall (1), a layer of fiber mesh (3) made of nylon fiber is arranged, and the fiber mesh (3) made of nylon fiber is ) is adhered to the base layer (2) of the wall surface, and the fiber mesh (3) made of nylon fiber is rolled with a roller, so that the fiber mesh (3) made of nylon fiber is adhered and compounded to the wall surface On the base (2), spray the zeolite s...

Embodiment 2

[0036] The specific implementation method is as in Example 1, the difference is that the implementation room is an office; the fiber screen (3) is a glass fiber mesh cloth, and the mesh area of ​​the glass fiber mesh cloth is higher than that of the zeolite seafoam mud coating (4 ) The glass fiber mesh cloth on the surface of the coating can produce anti-collision and anti-stain technical effects as the standard setting, and its mesh area is 25×25 mm. The wire mesh (3) is fixed on the base layer (2) of the wall surface; the zeolite sepiolite paint (4) is composed of the following components by weight percentage: 32% zeolite powder; 28% sepiolite powder; 3% nano-titanium dioxide; Titanium dioxide 13%; white carbon black 10%; kaolin 6%; ash calcium powder 8% to form the wall (1), wall base (2), glass fiber mesh cloth fiber mesh (3), zeolite sea foam The mud coating (4) has a composite layer structure, which produces the technical effects of anti-collision, anti-stain, anti-crack...

Embodiment 3

[0038] The specific implementation method is as in Example 1, the difference is that the implementation room is a home room with children; the fiber screen (3) is acetate fiber mesh cloth, and the mesh area of ​​acetate fiber mesh cloth is higher than that of zeolite. Seafoam coating (4) Acetate fiber mesh on the surface of the coating can produce anti-collision and anti-stain technical effects as standard settings. The mesh area of ​​acetate fiber mesh is 10×10 mm; zeolite seafoam The coating (4) is composed of the following components by weight percentage: 35% zeolite powder; 35% sepiolite powder; 1% nano-titanium dioxide; 10% titanium dioxide; 8% white carbon black; 6% kaolin; %, forming a composite layer structure of wall (1), wall base layer (2), acetate fiber mesh cloth fiber screen (3), zeolite sea foam mud coating (4), resulting in anti-collision, anti-stain, and anti-crack , Reduce the difficulty of construction and facilitate the technical effect of maintenance.

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Abstract

Disclosed is composite zeolite sepiolite powder coating for a fiber screen net. According to the key points of the technical scheme, the layer of fiber screen net is arranged on a wall surface base layer of a wall, and the fiber screen net is fixed to the wall surface base layer; then, zeolite sepiolite powder coating is sprayed into meshes of the fiber screen net and onto the wall surface base layer, and the fiber screen net further protrudes to be higher than the coating surface of the zeolite sepiolite powder coating while the spraying thickness of the zeolite sepiolite powder coating is ensured; the zeolite sepiolite powder coating adhering to the protruding part of the fiber screen net is wiped off through a cleaning cloth, so that the fiber screen net is bonded and composited with the wall surface base layer and the zeolite sepiolite powder coating, and thus a composite layer structure of the wall, the wall surface base layer, the fiber screen net and the zeolite sepiolite powdercoating is formed; and the technical effects of collision prevention, stain resistance, crack resistance, reduction of construction difficulty and convenient maintenance are achieved, and advancementand development of the zeolite sepiolite powder coating technology are promoted.

Description

technical field [0001] The invention relates to the technical field of an environment-friendly interior wall coating, in particular to a fiber screen composite zeolite seafoam coating. Background technique [0002] In interior wall decoration, diatom mud coating is more and more accepted by people because of its good physical adsorption performance and ion exchange function to remove free formaldehyde, benzene, ammonia and other harmful substances in the air and the environmental protection concept of peculiar smell in the air. Also in 2017, the application number is 2017108080775 for a patent application for a zeolite sea foam coating, but whether it is a diatom mud coating or a zeolite sea foam coating, there are the following deficiencies and defects: [0003] 1. Diatom mud and zeolite sea foam mud coatings are "mud" coatings with poor anti-collision ability. Once they encounter an object collision, the surface of diatom mud and zeolite sea foam mud coating coatings will ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E04F13/04C09D1/00C09D7/61
CPCC09D1/00C09D7/61E04F13/04E04F13/047
Inventor 李长松伍艳霞
Owner 李长松
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