A kind of Longquan celadon celadon ink-jet ink and preparation method thereof
An inkjet ink and celadon technology, which is applied in the field of celadon, can solve the problems of weak three-dimensional effect, large powder particles, uneven color rendering, etc., and achieve the effect of strong three-dimensional effect, high chemical stability and high color intensity
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Embodiment 1
[0025] S1 is calculated by parts by weight, and the following raw material components of Longquan celadon celadon are configured. The celadon glaze oxide weight percentages are: 25% of potassium feldspar powder, 8% of calcined kaolin powder, 9% of quartz, 8% of kaolin powder, 2.5% of calcined alumina powder, 6% of calcined talc, 4% of purple gold clay, Silica airgel 25%, of which the content of oxide raw materials for Longquan celadon celadon is: SiO 2 68.48, Al 2 o 3 21.26, Fe 2 o 3 0.55,K 2 O 3.5, Na 2 O 0.5, CaO 3 , TiO 2 0.02, MnO 2 0.01, FeO 0.6, loss on ignition 2.08.
[0026] S2 According to weight percentage, weigh Longquan celadon glaze oxide, solvent deionized water, and dispersant polyethyl acrylate in a ratio of 20:77:3, and put it in a ball mill, which is a 50L horizontal ball mill for mixing and stirring ball milling. The efficiency is 10Kg / h, and the speed of the ball mill is 1000r / min. After ball milling to a fineness of D10>0.06μm, D90 of 0.25±0...
Embodiment 2
[0031] S1 is calculated by parts by weight, and the following raw material components of Longquan celadon celadon are configured. The celadon glaze oxide weight percent is respectively: 30% of potassium feldspar powder, 7% of calcined kaolin powder, 10% of quartz, 6% of kaolin powder, 3% of calcined alumina powder, 7% of calcined talc, 3% of purple gold clay, Silica airgel 16%, of which the chemical composition content of oxide raw materials for Longquan celadon celadon: SiO 2 67.36, Al 2 o 3 22.30, Fe 2 o 3 0.67,K 2 O 3.0, Na 2 O 0.5, CaO2.5, TiO 2 0.02, MnO 20.01, FeO 0.6, loss on ignition 2.11.
[0032] S2 weighed Longquan celadon glaze oxide, solvent ethylene glycol, and dispersant polyethylene glycol in a ratio of 25:70:5 by weight percentage, and put it in a 50L horizontal ball mill for mixing and ball milling. The ball milling efficiency was 10Kg / h, the speed of the ball mill is 1500r / min. After ball milling to a fineness of D10 > 0.06 μm, D90 of 0.25±0.05...
Embodiment 3
[0037] S1 is calculated by parts by weight, and the following raw material components of Longquan celadon celadon are configured. The celadon glaze oxide weight percentages are respectively: 38% of potassium feldspar powder, 9% of calcined kaolin powder, 6% of quartz, 10% of kaolin powder, 2.5% of calcined alumina powder, 8% of calcined talc, 5% of purple gold clay, Silica airgel 18%, of which the chemical composition content of oxide raw materials for Longquan celadon celadon: SiO 2 65.48, Al 2 o 3 21.36, Fe 2 o 3 0.75,K 2 O 4.5, Na 2 O 0.5, CaO 2 , TiO 2 0.02, MnO 2 0.01, FeO 0.6, loss on ignition 3.15.
[0038] S2 Weigh the Longquan celadon celadon raw material oxide, solvent ethanol, and dispersant polyethylene glycol in a ratio of 26:67:7 by weight percentage, and place it in a 50L horizontal or vertical ball mill for mixing and ball milling, wherein The ratio of quartz and silica airgel introduced into the celadon oxide is 3:7, the ball milling efficiency i...
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