A stone-imitating porcelain tile with three-dimensional decoration effects and a producing method thereof
A technology of decorative effect and production method, applied in the field of architectural ceramics, can solve the problems of high cost, lack of three-dimensional pattern expression of pattern texture, large amount of batter and color aid, etc., and achieves the effect of reducing dosage, enriching texture and saving dosage.
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Embodiment 1
[0038] A, prepare porcelain brick body powder according to conventional methods, and set aside;
[0039] B. Prepare porcelain tile base material and fabric, the dry material chemical composition of the porcelain brick base material and fabric used is consistent, similar to the green body powder in step A, but wherein K 2 O+Na 2 O: 6%, impurity 2% (both by weight percentage); the dry material of the bottom material is made of feldspar-type barren raw materials and kaolin-type plastic materials, but the dry materials of the fabric are all made of alumina, quartz, and feldspar Barren raw materials are used for batching, ZnO in the fabric is 1%, TiO 2 5%, amorphous SiO 2 8%. ; The fineness of the bottom material and the fabric slurry is controlled to be within 0.5% of the 325 mesh sieve, and the specific gravity is 1.90g / cm 3 , where the dry material of the base material and the auxiliary admixture are wet-ball-milled into a slurry that meets the performance requirements of le...
Embodiment 2
[0049] A, prepare porcelain brick body powder according to conventional methods, and set aside;
[0050] B. Prepare porcelain tile base material and fabric, the dry material chemical composition of the porcelain brick base material and fabric used is consistent, similar to the green body powder in step A, but wherein K 2 O+Na 2 O: 8%, impurity 4% (all by weight); the dry material of the bottom material is made of feldspar-type barren raw materials and kaolin-type plastic raw materials, but the dry materials of the fabric are all made of alumina, quartz, and feldspar Barren raw materials are used for batching, ZnO in the fabric is 0.2%, TiO 2 0.2%, amorphous SiO 2 3%. ;The size of the bottom material and the fabric is controlled to be 325 mesh, the balance is within 0.5%, and the specific gravity is 1.70g / cm 3 , where the dry material of the base material and the auxiliary admixture are wet-ball-milled into a slurry that meets the performance requirements of leaching, and t...
Embodiment 3
[0061] A, prepare porcelain brick body powder according to conventional methods, and set aside;
[0062] B. Prepare porcelain tile base material and fabric, the dry material chemical composition of the porcelain brick base material and fabric used is consistent, similar to the green body powder in step A, but wherein K 2 O+Na 2 O: 7%, impurity 3% (all by weight); the dry material of the bottom material is made of feldspar-type barren raw materials and kaolin-type plastic materials, but the dry materials of the fabric are all made of alumina, quartz, and feldspar Barren raw materials are used for batching, ZnO in the fabric is 0.6%, TiO 2 0.8%, amorphous SiO 2 6%. The fineness of the bottom material and the fabric slurry is controlled to be within 0.5% of the 325 mesh sieve, and the specific gravity is 1.80g / cm 3 , where the dry material of the base material and the auxiliary admixture are wet-ball-milled into a slurry that meets the performance requirements of leaching, an...
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