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Preparation method of high-temperature yellow pigment for ceramic laser printing

A yellow pigment and laser printing technology, applied in the field of high temperature resistant yellow pigment, can solve the problems of insufficient decoration means, and achieve the effect of strong color development, rapid electrification and complete coating

Active Publication Date: 2016-07-27
JIANGXI JINHUAN PIGMENTS
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The decoration methods of ceramic materials mainly include decals, roller rubber printing and inkjet printing. These three decoration techniques can basically meet the large-scale decoration needs of various ceramic products. With the improvement and the expansion of personalized market demand, the existing decoration methods are gradually becoming insufficient.

Method used

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  • Preparation method of high-temperature yellow pigment for ceramic laser printing
  • Preparation method of high-temperature yellow pigment for ceramic laser printing
  • Preparation method of high-temperature yellow pigment for ceramic laser printing

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] A preparation method of a high-temperature yellow pigment for ceramic laser printing, comprising the steps of:

[0035] (1) Synthesis of praseodymium ion-doped zirconium silicate yellow pigment by semi-liquid and semi-solid phase method

[0036] Drop an equal volume of 2mol / L zirconium oxychloride octahydrate solution and 3mol / L sodium hydroxide solution into continuously stirring water to form zirconium colloid. Continue stirring for 100min;

[0037] Massive Zr 4+ : Si 4+ =1:1.0 Add white carbon black to the zirconium colloid, and stir for 150 minutes to form a zirconium-silicon mixed colloid;

[0038] Discharge, press filter, wash the mixed colloid with water for 3 hours, and dry at 120°C for 48 hours to obtain a zirconium-silicon mixed powder;

[0039] Mix 86wt% zirconium-silicon mixed powder, 6wt% praseodymium oxide, 3wt% ammonium fluoride, and 5wt% ammonium chloride uniformly, calcinate at 900°C for 3 hours to obtain praseodymium ion-doped zirconium silicate ye...

Embodiment 2

[0050] A preparation method of a high-temperature yellow pigment for ceramic laser printing, comprising the steps of:

[0051] (1) Synthesis of praseodymium ion-doped zirconium silicate yellow pigment by semi-liquid and semi-solid phase method

[0052] Drop an equal volume of 1.5mol / L zirconium chloride solution and 4mol / L potassium hydroxide solution into the continuously stirring water to form zirconium colloid. During the synthesis process, control the pH=6~8, and continue stirring after the dropwise addition 120min;

[0053] Massive Zr 4+ : Si 4+ =1:1.1 Add white carbon black to the zirconium colloid, and stir for 120 minutes to form a zirconium-silicon mixed colloid;

[0054] Discharge, press filter, wash the mixed colloid with water for 4 hours, and dry at 130°C for 24 hours to obtain a zirconium-silicon mixed powder;

[0055] Mix 92wt% zirconium-silicon mixed powder, 5wt% praseodymium oxide, 1wt% sodium fluoride, and 2wt% potassium chloride evenly, and calcinate at ...

Embodiment 3

[0066] A preparation method of a high-temperature yellow pigment for ceramic laser printing, comprising the steps of:

[0067] (1) Synthesis of praseodymium ion-doped zirconium silicate yellow pigment by semi-liquid and semi-solid phase method

[0068] Drop an equal volume of 2.5mol / L zirconium sulfate solution and 4mol / L sodium carbonate solution into the continuously stirring water to form zirconium colloid. During the synthesis process, control the pH=6~8, and continue stirring for 90min after the dropwise addition;

[0069] Massive Zr 4+ : Si 4+ =1:1.1 Add quartz powder to the zirconium colloid, and stir for 180min to form zirconium-silicon mixed colloid;

[0070] Discharge, press filter, wash the mixed colloid with water for 2 hours, and dry at 100°C for 72 hours to obtain a zirconium-silicon mixed powder;

[0071] Mix 88wt% zirconium-silicon mixed powder, 6wt% praseodymium oxide, 2wt% sodium fluoride, and 4wt% potassium chloride evenly, and calcinate at 950°C for 3 ho...

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Abstract

The invention discloses a preparation method of a high-temperature yellow pigment for ceramic laser printing.The preparation method comprises a preparation method for synthesizing a praseodymium ion-doped zirconium silicate yellow pigment by adopting a semi-liquid phase semi-solid phase technology and a method for preparing laser printing ink powder through an emulsion polymerization technology.The preparation method comprises the steps that a zirconium salt solution and an alkaline solution are simultaneously and dropwise added into water to form colloid of zirconium, white carbon black is added, the mixture is stirred to form zirconium-silicon mixed colloid, and filter pressing, washing and drying are performed to obtain superfine zirconium-silicon mixed powder; the zirconium-silicon mixed powder, praseodymium oxide, fluoride salt and chlorizated salt are mixed to be uniform according to a certain mass ratio and then calcined, and the praseodymium ion-doped zirconium silicate yellow pigment is obtained; the synthesized pigment, resin and a charge control agent are mixed to be uniform and then subjected to high-temperature mixing, extruding, cooling, breaking, air flow smashing, cyclone classifying and surface modifying, and the yellow ink powder for ceramic laser printing is obtained.According to the preparation method, by self-making an inorganic pigment and resin, the inorganic pigment and a polymerization coating technology adapt to each other to the maximum limit.

Description

technical field [0001] The invention relates to a high-temperature-resistant yellow pigment, in particular to a preparation method of a high-temperature yellow pigment for ceramic laser printing. Background technique [0002] The decoration methods of ceramic materials mainly include decals, roller rubber printing and inkjet printing. These three decoration techniques can basically meet the large-scale decoration needs of various ceramic products. With the improvement of decoration and the expansion of personalized market demand, the existing decoration methods are gradually insufficient. A recently launched ceramic laser printing process not only has better and more delicate and realistic decorative effects, but also can design decorative patterns for customers, and some can even achieve 3D appearance quality, so it is more and more favored by enterprises and customers. [0003] Before being applied to ceramic decoration, laser printing technology is a technology widely us...

Claims

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Application Information

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IPC IPC(8): C08F292/00C08F212/08C08F220/18C08F2/30C08F2/28
CPCC08F2/28C08F2/30C08F292/00C08F212/08
Inventor 刘闰源刘华锋陈仁华
Owner JIANGXI JINHUAN PIGMENTS
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