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Once-firing colored crystalline glass ceramic composite brick and production method

A technology of glass-ceramic ceramics and a production method, applied in the field of building materials, can solve the problems of poor decoration effect, high energy consumption for firing, low production efficiency, etc. Texture realistic effect

Active Publication Date: 2013-04-10
FOSHAN OCEANO CERAMICS
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art above, the purpose of the present invention is to provide a one-time firing colored glass-ceramic composite brick and its production method, aiming at solving the problems of high energy consumption, low production efficiency, and color-related problems of current glass-ceramic materials. Single, poor decorative effect

Method used

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  • Once-firing colored crystalline glass ceramic composite brick and production method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0086] The green body composition of the one-time fired colored glass-ceramic composite brick is calculated by weight percentage:

[0087] SiO 2 65%;

[0088] Al 2 O 3 19.5%;

[0089] Li 2 O 0.2%;

[0090] Na 2 O 1.8%;

[0091] K 2 O 5.6%;

[0092] MgO 6.7%;

[0093] CaO 0.4%;

[0094] ZrO 2 0.5%;

[0095] Fe 2 O 3 0.2%;

[0096] TiO 2 0.1%;

[0097] The composition of the base glaze of the one-time fired colored glass-ceramic composite brick is calculated by weight percentage:

[0098] SiO 2 55.0%;

[0099] Al 2 O 3 17.4%;

[0100] CaO 10.4%;

[0101] Na 2 O 2.6%;

[0102] K 2 O 1.4%;

[0103] MgO 3.2%;

[0104] ZrO 2 10%.

[0105] The transparent microcrystalline dry particle composition of the one-time fired colored glass-ceramics composite brick is calculated by weight percentage:

[0106] SiO 2 59%;

[0107] Al 2 O 3 12.5%;

[0108] CaO 8.2%;

...

Embodiment 2

[0129] The green body composition of the one-time fired colored glass-ceramic composite brick is calculated by weight percentage:

[0130] SiO 2 61.6%;

[0131] Al 2 O 3 20.5%;

[0132] Li 2 O 0.5%;

[0133] Na 2 O 1.4%;

[0134] K 2 O 4.3%;

[0135] MgO 7%;

[0136] CaO 3%;

[0137] ZrO 2 0.7%;

[0138] Fe 2 O 3 0.5%;

[0139] TiO 2 0.5%.

[0140] The composition of the base glaze of the one-time fired colored glass-ceramic composite brick is calculated by weight percentage:

[0141] SiO 2 54.5%;

[0142] Al 2 O 3 16.2%;

[0143] CaO 11.3%;

[0144] Na 2 O 3.1%;

[0145] K 2 O 2.5%;

[0146] MgO 2.4%;

[0147] ZrO 2 10%.

[0148] The glass-ceramic components of the one-time-fired colored glass-ceramics composite brick are calculated by weight percentage:

[0149] SiO 2 53%;

[0150] Al 2 O 3 14.2%;

[0151] CaO 9.7%;

[0152] MgO 5.6%;

[0153] Na 2 O...

Embodiment 3

[0172] The green body composition of the one-time fired colored glass-ceramic composite brick is calculated by weight percentage:

[0173] SiO 2 63%;

[0174] Al 2 O 3 twenty one%;

[0175] Li 2 O 0.5%;

[0176] Na 2 O 0.5%;

[0177] K 2 O 2%;

[0178] MgO 6.7%;

[0179] CaO 5%;

[0180] ZrO 2 1%;

[0181] Fe 2 O 3 0.2%;

[0182] TiO 2 0.1%;

[0183] The composition of the base glaze of the one-time-fired colored glass-ceramic composite brick is calculated by weight percentage:

[0184] SiO 2 55.5%;

[0185] Al 2 O 3 17.5%;

[0186] CaO 16.4%;

[0187] Na 2 O 2.6%;

[0188] K 2 O 1.6%;

[0189] MgO 1.0%;

[0190] ZrO 2 5.4.

[0191] The glass-ceramic components of the one-time-fired colored glass-ceramics composite brick are calculated by weight percentage:

[0192] SiO 2 59%;

[0193] Al 2 O 3 12.5%;

[0194] CaO 8.2%;

[0195] MgO 6.3%;

[0196...

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Abstract

The invention discloses a once-firing colored crystalline glass ceramic composite brick and a production method. The once-firing colored crystalline glass ceramic composite brick comprises a blank and a ground coat layer and a colored microcrystal layer that are arranged on the blank sequentially, wherein the colored microcrystal layer consists of a transparent microcrystal layer and colored crystal nucleus particles suspended in the transparent microcrystal layer. The production method comprises the following steps of processing the blank, applying a ground coat, conducting roller printing, applying an adhesive agent on the surface of the blank, uniformly applying transparent microcrystal dry particles and the colored crystal nucleus particles on the surface of the blank to form the colored microcrystal layer, applying a fixing agent, allowing to enter a kiln for once firing, and finishing and edging to form a finished product. The method is low in energy consumption and high in production efficiency, raw materials are saved, and the cost is lowered. The colored crystal nucleus particles suspended in the colored microcrystal layer of the once-firing colored crystalline glass ceramic composite brick are echoed by the roller printing, so that a stereo color effect is more obvious and verisimilar, and the brick has an excellent ornamental effect.

Description

Technical field [0001] The invention relates to the technical field of building materials, in particular to a novel one-time firing colored glass-ceramic composite brick and a production method thereof. Background technique [0002] The glass-ceramic ceramic composite brick is a new type of high-grade architectural decoration material that is based on ceramic materials and composites the glass-ceramics on the ceramic substrate under specific technological conditions. Because glass-ceramics have more excellent properties than ceramics, such as rich colors, strong texture, easy cleaning, etc., it is extremely popular in the domestic high-end consumer market and the international first-world country market, and the market development space is huge. At present, the domestic production of glass-ceramic composite bricks mainly adopts secondary firing and primary firing processes, but the disadvantages of secondary firing are: 1. High energy consumption; 2. Thicker glass-ceramic layer; ...

Claims

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Application Information

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IPC IPC(8): C03C10/00C03C17/34
Inventor 郑树龙沙露梁耀龙李航
Owner FOSHAN OCEANO CERAMICS
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