Glacier imitation jade ceramic tile

A ceramic tile and jade technology, applied in the field of imitation glacier jade tiles, can solve the problems of limited transparency and three-dimensional sense, limited gloss, limited selection, etc., to achieve good decorative effect, strong randomness, and improved grades.

Inactive Publication Date: 2008-08-13
林海荣
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] In the prior art, although the polished tile has a certain degree of gloss, its gloss is limited to the shallow surface, and the sense of transparency and three-dimensionality are limited. This defect makes it unable to meet the needs of different customer groups, thus losing certain customers.
[0006] Glacier jade

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029] Add 19-30% by weight of high-silicon low-temperature sand to 20-40% by weight of low-temperature sodium porcelain sand and 8-21% by weight of washed black mud, stir evenly at room temperature to form a mixed powder, and then add 12 ~25% by weight of water-washed ball soil, stirred evenly at room temperature, processed by ball milling, slurry washing, and spray drying to make a mixture, and then adding 14.5-28.5% by weight of high-silicon high-temperature sand, 0.5-1 % by weight of the decoagulant is mixed evenly at room temperature, and the weight percentage of the particle size of the powder is: 40-mesh sieve: 40-50%; 60-mesh sieve: 36-40%; 100-mesh sieve or more: 9% ~29%, the granulation process is carried out, and the billet processed in the aforementioned process flow is pressed into shape. The molding pressure of the billet is 260-300 bar, and it is dried at 180-230° C. for 50-80 minutes. Finally, the blank processed by the above process is put into a kiln, and is ...

Embodiment 2

[0032] Add 19% by weight of high-silicon low-temperature sand to 40% by weight of low-temperature sodium porcelain sand and 8% by weight of washed black mud, stir evenly at room temperature to form a mixed powder, and then add 17% by weight of washed balls Soil, stirred evenly at room temperature, processed by ball milling, slurry washing, and spray drying to make a mixture, then added 14.5% by weight of high-silicon high-temperature sand, 1% by weight of decoagulant and mixed evenly at room temperature , the weight percentage of the particle size of the powder is: 40 mesh sieve: 40%; 60 mesh sieve: 36%; 100 mesh sieve or more: 9%. The granulation process is carried out, and the blank processed by the aforementioned process flow is pressed Molding, the molding pressure of the blank: 270bar, under the condition of 190°C, undergo a drying process for 50min. Finally, put the blank processed by the above process into a kiln, and calcine it into a finished product at 1190°C for 69 ...

Embodiment 3

[0035] Add 26% by weight of high-silicon low-temperature sand to 26% by weight of low-temperature sodium porcelain sand and 15% by weight of washed black mud, stir evenly at room temperature to form a mixed powder, and then add 16% by weight of washed balls Soil, stirred evenly at room temperature, processed by ball milling, slurry washing, and spray drying to make a mixture, then added 16.5% by weight of high-silicon high-temperature sand, 0.5% by weight of decoagulant and mixed evenly at room temperature , the weight percentage of the particle size of the powder is: 40 mesh sieve: 46%; 60 mesh sieve: 38%; 100 mesh sieve or more: 11%, the granulation process is carried out, and the blank processed by the aforementioned process flow is pressed Forming, the blank forming pressure: 280bar, at 180°C, after 56min drying process, finally, put the blank processed by the above process into the kiln, and calcined at 1180°C for 68min finished product.

[0036] The performance of imita...

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Abstract

The present invention provides an artificial glacier jade tile, and the weight percentage of the principal raw material is as follows: high-silicon low-temperature and 19-30%, low-temperature sodium porcelain sand 20-40%, water-cleaning black mud 8-21%, water-cleaning sphere dust 12-25%, high-silicon high-temperature sand 14.5-28.5%, and liquefacient 0.5-1%. The weight percentage of the particle size of the powder is as follows: 40 mu screen residue: 40-50%; 60 mu screen residue: 36-40%; and above 100 mu screen residue: 9-29%. The present invention adopts the high light transmitting material, the adopted high-proportion (mass percentage is not lower than 80% of the mass percentage of the total component of the tile blank) leads to that the baked product has high light transmitting property. In material distributing the invention adopts a high overlap-grade cylinder for dropping the material and cause that the natural stone grain is generated with random mixing when the small material is dropped with a waterfall type; the product performance is stable and the service lifetime is long; the anticipated profit can be increased for about 100% and the market economic benefit is wide.

Description

technical field [0001] The invention relates to a building decoration material, in particular to a glacier-like jade tile. Background technique [0002] Since the reform and opening up, science and technology have developed rapidly, and people's quality of life has also been improving. With the continuous development of building decoration materials at home and abroad, people have higher and higher requirements for the decorative effect of decoration materials. High-quality building decoration materials have become the most popular choice for today's buildings. New topics for industry research and development. [0003] Various enterprises have been constantly researching new technologies of polished tiles, trying to develop products with better performance and higher quality. [0004] Among many ceramic decorative materials, polished tiles are more and more suitable for customer needs because of their high density, extremely low water absorption, small shrinkage and deforma...

Claims

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Application Information

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IPC IPC(8): C04B35/16C04B35/622
Inventor 林海荣
Owner 林海荣
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