Microlite with twistable glaze, and production method and special-purpose equipment

A technology of microcrystalline stone and twist tire, which is applied in the field of building ceramic materials, can solve the problems of inability to form a through texture, the inability to create a delicate, smart, and elegant decorative atmosphere of natural stone, and the lack of smart patterns, etc., to achieve excellent anti-pollution Excellent durability and weather resistance, crystal clear and soft surface luster

Active Publication Date: 2014-02-19
张桂兰 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, this type of microcrystalline stone plate, because the color is formed by the color cloth process, the pattern is only distributed on the surface of the stone, and cannot form a through texture, and the color material is attached to the glass surface formed by the glass particles in a high-temperature melting state The pattern formed is still lacking in agility, and it is impossible to create the delicate, agility, and elegant decorative atmosphere of natural stone, and there is still a certain distance from the pursuit of the highest state of harmony between man and nature, returning to simplicity, and returning to nature.

Method used

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  • Microlite with twistable glaze, and production method and special-purpose equipment
  • Microlite with twistable glaze, and production method and special-purpose equipment
  • Microlite with twistable glaze, and production method and special-purpose equipment

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Experimental program
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Effect test

Embodiment 1

[0061] Embodiment 1: grouting method produces twist tire microcrystalline stone

[0062] Ingredients: 97 kg of tempered glass particles after one firing of microcrystalline stone; 3 kg of starch; four kinds of coloring materials: red, yellow, white and green.

[0063] Production method: (1) Grind 97 kg of tempered glass particles and 3 kg of starch together with a mill, pass through 150 meshes to form a white billet, mix 29 kg of white billet with 1 kg of green color material, add 20 kg of water, 14.5 Add 10 kg of water after mixing 1 kg of white blank with 0.5 kg of yellow color material, mix 14.5 kg of white blank with 0.5 kg of red color material, add 10 kg of water, add 28 kg of water to the remaining 42 kg of white blank, and stir separately to obtain red manganese red Mn -A1, the yellow is spectrum yellow Pr-Si-zr, the white is the mud base material, and the green is chrome green Cr-A1 four colors of mud.

[0064] (2) With white mud as the main material, the red, yellow...

Embodiment 2

[0068] Embodiment 2: The grouting method produces twist tire microcrystalline stone handicraft

[0069] Ingredients: 97 kg of microcrystalline stone raw materials; 3 kg of starch; the color materials include vanadium zirconium blue V-zr-Mn for blue, manganese red Mn-A1 for red, mud base material for white, and chrome green Cr-A1 for green Four kinds.

[0070] Production method: (1) Grind 97 kg of microcrystalline raw material and 3 kg of starch together with a mill to form a white billet through 150 meshes, take 29 kg of white billet and 1 kg of blue color, mix them with 20 kg of water, 14.5 kg Mix the white blank with 0.5 kg of red color material and add 10 kg of water, take 14.5 kg of white blank and 0.5 kg of pink color material, mix with 10 kg of water, add 28 kg of water to the remaining 42 kg of white blank, and stir separately to obtain blue, red, white and green Four colors of mud (according to this design, red can be mud).

[0071] (2) With white mud as the main mat...

Embodiment 3

[0087] Embodiment 3: Mud kneading method produces twist tire microcrystalline stone

[0088] Ingredients: 97 kg of microcrystalline glass particles; 3 kg of starch; three types of pigments: green as chrome green Cr-A1, yellow as orange Sb-Ti-Cr, and white as mud base.

[0089] Production method: (1) Grind 97 kg of microcrystalline glass particles and 3 kg of starch together with a mill to 150 meshes to form a white billet, mix 29 kg of white billet with 1 kg of gray color material, add 7.5 kg of water, and take 14.5 Mix one kilogram of white blank with 0.5 kilogram of orange coloring material and add 3.75 kilograms of water, add 56.5 kilograms of white blank and add 14 kilograms of water, stir respectively to obtain green, yellow and white mud.

[0090] (2) With white mud as the main material, the green and yellow mud are kneaded into strips with a width of 3cm, a thickness of 1cm, and a length of 80cm, and then arranged in a curved shape, on the white mud of 80×80×2cm, and th...

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Abstract

The invention discloses microlite with twistable glaze, and a production method and special-purpose equipment, and belongs to the field of building ceramic materials. The new product microlite with twistable glaze is formed by combing Tang-dynasty twistable glaze idea and microlite by a special technology. The provided microlite with twistable glaze not only possesses through texture, and unique natural pattern and creative pattern which possess same outside and inside, but also keeps the original advantages of microlite, also pores on the surface of conventional microlite products and in the products are eliminated, so that the quality of microlite is substantially improved. The provided microlite product with twistable glaze not only can be used as a microlite sheet material with twistable glaze for walls, grounds, building and decoration, but also can become microlite board drawings as handicrafts, and further becomes a genuine advanced material in building decoration industry.

Description

Technical field: [0001] The invention belongs to the field of architectural ceramic materials, and relates to a new type of man-made stone material, specifically a high-quality microcrystalline stone material with the effect of twisted tire technology, named "twisted tire microcrystalline stone", which can be used as decorative stone boards, countertops, Wall or floor tiles etc. Background technique: [0002] Microcrystalline stone, also known as glass-ceramic, is a new type of building decoration material, and its scientific name is glass crystal. Different from ordinary glass, glass-ceramics has the dual characteristics of glass and ceramics. The arrangement of atoms inside ordinary glass is irregular, which is one of the reasons why glass is fragile; glass-ceramics, like ceramics, is composed of crystals. Its atomic arrangement is regular. Therefore, glass-ceramic is brighter than ceramics and tougher than glass. [0003] Glass-ceramic for building material decoration ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B26/02C04B26/22B28B3/02
Inventor 张桂兰孟庆洪
Owner 张桂兰
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