Production process of colar glaze guartz paint

A manufacturing method and color glaze technology, applied in the direction of coating, etc., can solve the problems of not meeting the requirements of market diversity, single performance of imitation stone coating, and affecting popularization and application, and achieve bright colors, simple process methods, and reduced production costs. Effect

Inactive Publication Date: 2002-07-10
KEDA LUOKE NEW MATERIAL SICHUAN
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The third is to adhere the inorganic pigment to the surface of the quartz sand and sinter at a high temperature of 1200-1350°C to fix the color. Although the performance of the colored sand obtained is better than the first two, the cost is high
Since only styrene-acrylic emulsion is used as an adhesive, the performance of the imitation stone coating produced is single, and it is difficult to meet the requirements of market diversity and changes, such as the different requirements of exterior wall decoration and interior wall d

Method used

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  • Production process of colar glaze guartz paint
  • Production process of colar glaze guartz paint
  • Production process of colar glaze guartz paint

Examples

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Embodiment 2

[0019] Boric acid 8-2% Silica 25-3% The raw materials for producing glazes in the composition of pigments are: red lead, boric acid, silicon dioxide, and the rest are raw materials for producing pigments. Preheat the quartz sand first, weigh, grind, mix and sieve the various components in the color material according to the proportion. In the case of uniform stirring, first add the adhesive to the preheated quartz sand and stir evenly, then add the color material, stir evenly, so that the surface of the quartz sand particles is covered with a layer of color material, and dry. Then send the quartz sand wrapped with pigment into an electric furnace, and burn it in an oxidizing atmosphere at a furnace temperature of 600°C to 1000°C, then cool, crush, and sieve to obtain golden colored glazed quartz sand. Embodiment 2 Formula of sky blue colored glaze quartz sand: quartz sand (18~140 mesh) 60~95%

[0020] Pigment (>325 mesh) 5-40% of which the pigment is composed of...

Embodiment 3

[0022] Aluminum oxide 15-30% Cobalt trioxide 15-0.2% The raw materials for producing glazes in the composition of pigments are: red lead, boric acid, silicon dioxide, and the rest are raw materials for producing pigments. Carry out the operation as described in Example 1 and calcinate at 1000°C to obtain sky blue glazed quartz sand with uniform and bright color. Example 3 Formula of yellow colored glaze quartz sand: quartz sand (18-140 mesh) 55-95%

[0023] Pigment (>325 mesh) 5-45% of which the composition of the pigment is: ferric oxide 1.5-12% zinc oxide 0.5-5%

[0024] Potassium nitrate 10-1% lead red 20-49%

[0025] Antimony trioxide 8~20% Boric acid 35~10%

[0026] Silicon dioxide 25-3% Iron sulfate 0-7% The raw materials for producing glazes in the composition of pigments are: red lead, boric acid, silicon dioxide, and the rest are raw materials for producing pigments. Operate as described in Example 1, fire below 900°C...

Embodiment 4

[0026] Silicon dioxide 25-3% Iron sulfate 0-7% The raw materials for producing glazes in the composition of pigments are: red lead, boric acid, silicon dioxide, and the rest are raw materials for producing pigments. Operate as described in Example 1, fire below 900°C, and obtain ivory-yellow glazed quartz sand after cooling. Example 4 Orange-red colored glaze quartz sand formula: quartz sand (18-140 mesh) 65-95%

[0027] Pigment (>325 mesh) 5-35% of which the pigment is composed of: calcium carbonate 0.5-8% potassium carbonate 1-11%

[0028] Cadmium carbonate 5-25% Boric acid 3-10%

[0029] Red lead 15-25% Zinc oxide 0.1-5%

[0030] Silicon dioxide 20-30% Lead oxide 0.5-10%

[0031] Borax 3-10% Selenium 0.1-2%

[0032] The raw materials for producing glazes in the composition of sulfur 2-12% pigments are: zinc oxide, red lead, boric acid, silicon dioxide, borax, lead oxide, potassium carbonate, calci...

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Abstract

The production process of color glaze quartz paint includes preparation of color glaze quartzite, preparation of polymer slurry and compounding of color glaze quartz paint. It features that during preparation of color glaze quartzite, using only two kinds of material for producing the inorganic basic pigment material and inorganic basic glaze material capable of produce the color quartzite material through mixing, sieving and middle temperature baking; and that the polymer slurry is compounded with several polymer adhesives and additives. The present invention has the advantages of simple process, easy operation, no toxicity, no environmental pollution and low cost and can produce excellent color glaze quartz paint with different required performance.

Description

technical field [0001] The invention relates to a method for manufacturing a stone-like paint, in particular to a method for manufacturing colored glaze quartz paint. Background technique [0002] Since 1999, the use of glazed wall tiles to decorate the exterior walls of buildings in cities and towns in my country has been restricted. Under the guidance of national industrial policies, plastic decorative materials represented by paints and coatings have become increasingly popular, especially since 2000. More and more new buildings in large and medium-sized cities use coatings as building exterior wall decoration materials. However, my country's paint industry is far from being able to adapt to the development of this situation. Many architectural paints are either odorous or toxic, or easy to fade and change color, or have poor adhesion, easy to crack, turn over, fall off, or have poor water resistance and weather resistance. The service life is short, so in recent years, my...

Claims

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Application Information

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IPC IPC(8): C09D5/28C09D131/04
Inventor 夏笃祎张肇熙侯欣平
Owner KEDA LUOKE NEW MATERIAL SICHUAN
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