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Novel magical color glass mosaic and method for manufacturing same

A technology of glass mosaic and manufacturing method, applied in the field of stained glass mosaic and its manufacturing, can solve the problems of unnatural color, single color, etc., and achieve better effect of magic color

Inactive Publication Date: 2011-07-13
陈克
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although the glass mosaic produced by this method overcomes the problem of single color and can form illusion, the color is unnatural, and the illusion can only be observed at a certain angle

Method used

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  • Novel magical color glass mosaic and method for manufacturing same
  • Novel magical color glass mosaic and method for manufacturing same

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0033] On a glass sheet with a size of 300mm×500mm and a thickness of 5mm, screen-print or spray a layer of red coloring material with a thickness of 0.1mm; air-dry the coloring material at room temperature; cut the large piece of glass into small pieces of 20mm×20mm with a slicer ; In the roller kiln, the small glass piece is gradually heated to 760 ° C, roasted for 10 minutes, so that a layer of red coloring material 2 is sintered on the bottom surface of the glass substrate 1, and then annealed to room temperature; Vacuum electroplate metal titanium film on the upper surface of the glass sheet for 10 minutes; put the glass sheet on the tray (the upper surface of the glass substrate faces down) and put it into the roller kiln to gradually heat up to 700 ° C, bake for 20 minutes, and anneal to A new type of illusion glass mosaic of the present invention can be obtained at room temperature. During this process, metal titanium is converted into titanium oxide to form a titanium ...

Embodiment 2

[0035] On a glass sheet with a size of 300mm×500mm and a thickness of 5mm, silk screen or spray a layer of blue colorant with a thickness of 0.5mm; air-dry the colorant at room temperature; cut the large piece of glass into 20mm×20mm pieces with a slicer small pieces; gradually heat up the small glass pieces to 850°C in a roller kiln, and bake them for 20 minutes to sinter a layer of red coloring material 2 on the bottom surface of the glass substrate 1, and then anneal to room temperature; put the glass pieces into an electroplating furnace, Carry out vacuum electroplating metal titanium film on the upper surface of the glass sheet for 15 minutes; place the glass sheet on a tray with uneven surface (the upper surface of the glass substrate faces down) and put it into a roller kiln and gradually heat up to 800°C, and bake for 10 minutes. Minutes later, anneal to room temperature. In the last process, the glass pieces are stacked on the tray with uneven surface for grilling. Si...

Embodiment 3

[0037] On a glass sheet with a size of 300mm×500mm and a thickness of 5mm, screen-print or spray a layer of red coloring material with a thickness of 0.2mm; air-dry the coloring material at room temperature; cut the large piece of glass into small pieces of 20mm×20mm with a slicer ; In the roller kiln, the small glass piece is gradually heated to 780 ° C, roasted for 15 minutes, so that a layer of red coloring material 2 is sintered on the bottom surface of the glass substrate 1, and then annealed to room temperature; Vacuum electroplate metal titanium film on the upper surface of the glass sheet for 12 minutes; put the glass sheet on the tray (the upper surface of the glass substrate faces down) and put it into the roller kiln to gradually heat up to 740 ° C, bake for 15 minutes, and then anneal to Room temperature is fine.

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Abstract

The invention relates to a novel imaginary color glass mosaic comprising a glass matrix, a layer of coloring material burnt at the bottom surface of the glass matrix, and a layer of titanium oxide membrane at the upper surface of the glass matrix. Also, the invention is related to a manufacturing method of the imaginary color glass mosaic. A layer of colouring matter is coated on or imprinted in a silk way on a big glass sheet, and the coloring matter gets dried under the room temperature. The big glass sheet is cut into small pieces which then get heated to 760 to 850 DEG C in a roller kiln and baked for ten to twenty minutes, after that, the small pieces are annealed to the room temperature and positioned into a galvanizing furnace. The vacuum electroplating of the metal titanium membrane is carried on the surfaces of the glass pieces, lasting for ten to fifteen minutes. The glass pieces are arranged into the roller kiln and heated gradually to 700 to 800 DEG C in ten to twenty minutes. The novel imaginary color mosaic of the invention has rich colors and produces the effect of imaginary colors on the surface.

Description

technical field [0001] The invention relates to a stained glass mosaic and a manufacturing method thereof. Background technique [0002] Most of the original glass mosaics use glass waste slag or waste silk as raw materials, adding a small amount of flux and binder, and sintering at high temperature. This kind of glass mosaic has the defects of single color and dull luster. In order to solve this defect, people invented a colored glass mosaic, that is, silk screen or spray a layer of high-temperature pigment on the glass substrate, and then form a colored layer on the bottom surface of the glass through high-temperature roasting. Although this colored glass mosaic solves the problem of The problem of lack of luster is solved, but there is still a single color, and it can be clearly seen that the color of the bottom surface is not consistent with the color of the glass block. Later, someone invented the manufacturing method of the magic color glass mosaic on this basis, such...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C03C23/00C03C17/06
Inventor 陈克
Owner 陈克