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Anti-skid and anti-fouling method in polished tile preparation process
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A preparation process and a technology for polishing tiles, applied in the field of ceramic tile preparation technology, can solve the problems of not being able to achieve good anti-slip and anti-fouling properties, etc.
Inactive Publication Date: 2021-05-04
FOSHAN DONGPENG CERAMIC +3
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[0002] People's living standards are getting higher and higher, and the pursuit of ceramic tiles is not only decorative effects, but also higher and higher safety requirements for ceramic tiles. It is necessary to have anti-skid effects without affecting the decorative effects; this is undoubtedly the current stage of polishing. A problem with bricks; although the polished bricks on the surface have high gloss, due to the smooth surface, the surface has no rough feeling and cannot achieve the anti-skid effect well; although the existing technology arranges an anti-skid layer on the brick surface , but based on the existence of the anti-fouling layer, the anti-fouling property has declined again
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Embodiment A1
[0114] S1. Clean the fired tiles, and polish the tile surface to a glossiness of 40 degrees with a polishing machine, and grind the edges of the tiles with an edge grinder.
[0115] S2. Clean the brick surface with a weak acid cleaning solution (acidic pH of 6). The process lasts for about 10 seconds, and then rinse the brick surface with a large amount of tap water to remove the unreacted polishing residue and cleaning solution in the micropores. clean up.
[0116] S3, pass through 10 grinding discs of the polishing machine (each grinding disc has 10 grinding heads, and the grinding heads are made of soft fiber or soft wool material), the rotating speed is 200 rpm, the pressure is 9MPa, and the anti-skid wax is applied Into the pores and the brick surface.
[0117] S4. Use 3 grinding discs of a polishing machine (each grinding disc has 10 grinding heads, and the grinding heads are made of soft fiber or wool soft material), the rotating speed is 200 rpm, the pressure is 4MPa, a...
Embodiment B1
[0138] S1. Clean the fired tiles, and polish the tile surface to a glossiness of 50 degrees with a polishing machine, and grind the edges of the tiles with an edge grinder.
[0139] S2. Clean the brick surface with a weak alkaline cleaning solution (PH 8). The process lasts for about 10 seconds, and then rinse the brick surface with a large amount of tap water to remove the unreacted polishing residue and cleaning solution in the micropores. clean up.
[0140] S3, pass through 12 grinding discs of the polishing machine (each grinding disc has 12 grinding heads, and the grinding heads are made of soft fiber or soft wool material), the speed is 200 rpm, the pressure is 12MPa, and the anti-skid wax is applied Into the pores and the brick surface.
Embodiment B2
[0142] S1. Clean the fired tiles, and polish the tile surface to a glossiness of 50 degrees with a polishing machine, and grind the edges of the tiles with an edge grinder.
[0143] S2. Clean the brick surface with a weak alkaline cleaning solution (PH 8). The process lasts for about 10 seconds, and then rinse the brick surface with a large amount of tap water to remove the unreacted polishing residue and cleaning solution in the micropores. clean up.
[0144] S3, pass through 12 grinding discs of the polishing machine (each grinding disc has 12 grinding heads, and the grinding heads are made of soft fiber or soft wool material), the speed is 200 rpm, the pressure is 12MPa, and the anti-skid wax is applied Into the pores and the brick surface.
[0145] S4. Use 5 grinding discs of a polishing machine (each grinding disc has 12 grinding heads, and the grinding heads are made of soft fiber or wool soft material), the rotating speed is 200 rpm, the pressure is 4MPa, and the perme...
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Abstract
An anti-skid and anti-fouling method in the polished tile preparation process comprises the following steps: S1, polishing a ceramic tile to 40-50 degrees; s2, cleaning the polished brick surface with a cleaning solution, and then washing the brick surface with water; s3, processing anti-skid wax water to the brick surface and into the capillary holes on the brick surface by using a polishingmachine; and selectively performing any one or a combination of the step S4 and the step S5 after the step S3 as follows: s4, polishing an antifouling agent A on the brick surface by using the polishing machine; and S5, applying an anti-fouling agent B on the brick surface by using a waxingmachine, wherein the anti-fouling agent B is a siliconfluoride anti-fouling liquid. The glossiness of the prepared ceramic tile is greater than or equal to 91 degrees, the friction coefficients are 0.75 (dry method) and 0.65 (wet method), and the antifouling capability is grade five; and compared with an existing common anti-slip brick, the glossiness of the anti-slip brick is close to that of the existing common brick which is not subjected to anti-slip and anti-fouling treatment, and the anti-slip brick has a good mirror surface effect and excellent anti-slip and anti-fouling capabilities.
Description
technical field [0001] The invention relates to the technical field of tile preparation technology, in particular to an anti-skid and anti-fouling method in the preparation process of polished tiles. Background technique [0002] People's living standards are getting higher and higher, and the pursuit of ceramic tiles is not only decorative effects, but also higher and higher safety requirements for ceramic tiles. It is necessary to have anti-skid effects without affecting the decorative effects; this is undoubtedly the current stage of polishing. A problem with bricks; although the polished bricks on the surface have high gloss, due to the smooth surface, the surface has no rough feeling and cannot achieve the anti-skid effect well; although the existing technology arranges an anti-skid layer on the brick surface , but based on the existence of the anti-fouling layer, the anti-fouling property has declined again. Contents of the invention [0003] The object of the prese...
Claims
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Application Information
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