A kind of ceramic coating for gas stove energy gathering ring surface and preparation method and application method thereof
A technology of ceramic coatings and energy-gathering rings, which can be applied to devices for coating liquid on the surface, fireproof coatings, special surfaces, etc., can solve the problems of easy decomposition and discoloration, poor temperature resistance, etc., and achieve good leveling and construction Good performance and good hiding power
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[0059]The pH value is very critical to the preparation of ceramic coatings. The performance and use time of the ceramic coatings will be very different in the reaction at different pH values. In order to ensure the accuracy of the pH value during the system reaction, the amount of organic acid added in the catalyst should be accurate. Because the amount of catalyst organic acid added in the coating is very small, adding it alone is likely to cause a large error, and the pH value of the reaction will have a large error. The addition of deionized water after dilution can reduce the addition error of the catalyst, which is beneficial to The control of the pH value of the ceramic coating reaction enables the ceramic coating to achieve the desired performance.
[0060] The preparation method of the ceramic coating for the surface of the gas stove energy gathering ring of the present invention comprises the following steps:
[0061] (1) Preparation of component A
[0062] After mix...
Embodiment 1
[0074] In embodiment 1, each component and its content are as shown in table 1:
[0075] Table 1 Components of Example 1 and their contents
[0076]
[0077] 1. Preparation of component A: After mixing the sol, pigment, filler and deionized water evenly, grind on a basket mill for 1.5 hours, the fineness reaches about 25um, add cellulose, grind for 30 minutes, then add BYK405, and grind again After 30 minutes, the fineness reaches 15 μm, and the material is discharged after filtration with a 300-mesh filter cloth to obtain the A component.
[0078] 2. Preparation of ceramic coating: add component C to component B, after mixing evenly, add it to the color paste of component A, after mixing uniformly, rolling reaction on the roller frame for 4 hours, the ceramic coating can be obtained. Tu-4 cup viscosity 12.86s, pH value 4.2, used up within 72hr.
[0079] 3. Coating production and construction parameters: substrate roughness 2.5μm, preheating to 40℃, curing temperature 200...
Embodiment 2
[0084] In embodiment 2, each component and its content are as shown in table 2:
[0085] Components of Table 2 Example 2 and their contents
[0086]
[0087] 1. Preparation of component A: After mixing the sol, pigment, filler and deionized water evenly, grind on a basket mill for 1 hour, the fineness is below 25um, add fumed silica, grind for 30 minutes, and then add BYK- 420, grind for 30 minutes, the fineness is below 15μm, filter with 300-mesh filter cloth and discharge to obtain A component.
[0088] 2. Preparation of ceramic coating: add component C to component B, after mixing evenly, add it to the color paste of component A, after mixing uniformly, rolling reaction on the roller frame for 4 hours, the ceramic coating can be obtained. Tu-4 cup viscosity 12s, pH value 4.4, use up within 72hr.
[0089] 3. Coating production and construction parameters: substrate roughness 3μm, preheating to 40℃, curing temperature 200℃, 10 minutes, coating thickness 35μm.
[0090] P...
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