Process for making ceramic brick with tenuous concave-convex pattern
A manufacturing process, micro-concave-convex technology, applied in manufacturing tools, ceramic molding machines, ceramic molding workshops, etc., can solve problems such as old, rough, and poor anti-skid effects, improve antifouling performance, reduce waste residue, The effect of improving the anti-slip performance
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Embodiment 1
[0013] (1) Shaped adobe
[0014] Adobes with many irregularly distributed concave and convex surfaces are pressed through conventional adobe molding dies. The shapes of the concave and convex surfaces are also irregular, and the depths between them are all below 1mm and have different shades. The area is 14mm 2 Below and in different sizes.
[0015] (2) Printing and glazing
[0016] After the adobe is dried, the adobe with concave-convex texture is printed, colored and glazed according to the set pattern.
[0017] (3) Burned into adobe
[0018] After the glazed bricks are dried, they are sent to a roller kiln for firing at 1250°C.
[0019] (4) Polished adobe
[0020] After the brick is fired, put it into a polishing machine with an elastic grinding head for glaze polishing until the depth of the concave surface is reduced to less than 0.7mm, and the polished area accounts for 50-60% of the entire brick area. Inspection, packaging, and storage become finished product.
Embodiment 2
[0022] (1) Making brick adobe forming molds
[0023] The core veneer of the forming mold is a rubber and plastic sheet. Firstly, a mold for producing rubber and plastic sheets is manufactured. The steel working surface of this mold is etched with a pre-designed pattern by chemical processing. The area of each concave and convex surface is 14mm 2 The following and different sizes, the depth of each convex surface relative to each concave surface is less than 0.9mm and the depth is different. Then, use this steel mold to produce rubber and plastic sheets with concave and convex textures, and then manufacture brick molding molds according to conventional processes.
[0024] (2) Shaped adobe
[0025] After the raw material formula is carried out through the conventional ceramic production process, the ball milling and spray drying processes are used to make powder, the forming mold manufactured by the above method is used to press the adobe with concave and convex surfaces.
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Embodiment 3
[0035] (1) Shaped adobe
[0036] Through the conventional ceramic production process, the raw material formula, ball milling, and spray drying process are made into powder, and the brick is pressed with a molding die, so that the depth between the concave and convex surfaces of the brick surface is less than 0.6mm and the depth is different. Each concave and convex surface The area of the 10mm 2 Below and in different sizes.
[0037] (2) Blank glaze separator
[0038] After the adobe is dried, the brick adobe with concave-convex texture is printed and registered first, and the transfer printing process is used to apply a glaze separator, which is paint.
[0039] (3) Multiple glaze spraying, printing glaze
[0040] Spray glaze and print glaze on the brick surface with concave-convex texture and glaze separator.
[0041] (4) Burned into adobe
[0042] After the glazed bricks are dried, they are sent to a roller kiln for firing at 1230°C.
[0043] (5) Polished adobe
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