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Method for forming black and whites and color images on curved surface at high temperature 800-900 DEG C through computer ink-jet

A high-temperature, curved surface technology, applied in the direction of inks, crafts for producing decorative surface effects, decorative arts, etc., can solve the problems of small market space, inability to meet customer requirements, and inability to make high-temperature curved porcelain images.

Inactive Publication Date: 2011-02-02
陈珠德
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the "computer inkjet direct printing method of porcelain" can only make high-temperature flat porcelain images on A4 large flat porcelain plates, and cannot be used on porcelain plates, porcelain bottles, porcelain cups, porcelain pots, porcelain cups, porcelain pots, porcelain balls, etc. Make high-temperature curved porcelain statues on any uneven shape of porcelain
The scope of production is limited, the market space is not large, and it cannot meet the higher requirements of current customers

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0033] Prepare 6 parts by volume of acetaldehyde, 12 parts by volume of ether, and 12 parts by volume of ethanol, and then evenly coat the prepared chemical solution on a smooth and flat porcelain plate. Then put it in a ventilated and dry place. After about 30 minutes of drying, the chemical solution on the porcelain plate will form a chemical film paper that can be peeled off and pasted on any porcelain. The ink in the printer is configured together according to the ratio of 6 parts by volume of frankincense oil, 6 parts by volume of acetic acid, and 100 parts by volume of distilled water. Fill the configured ink with a syringe into the empty ink cartridge of the printer. Put the ceramic plate with chemical film paper into the printer, spray ink on the chemical film paper according to the printer's operating procedures, print black and white porcelain images once, print black powder once, and print color porcelain images 4 times, press "Black Powder 4 times in the order of...

Embodiment 2

[0035] Prepare acetaldehyde, ether, and ethanol together in proportions of 7 parts by volume, 20 parts by volume, and 17 parts by volume, and then evenly coat the prepared chemical solution on a smooth and flat porcelain plate. Then put it in a ventilated and dry place. After about 30 minutes of drying, the chemical solution on the porcelain plate will form a chemical film paper that can be peeled off and pasted on any porcelain. The ink in the printer is configured together according to the ratio of 8 parts by volume of frankincense oil, 10 parts by volume of acetic acid, and 110 parts by volume of distilled water. Fill the configured ink with a syringe into the empty ink cartridge of the printer. Put the ceramic plate with chemical film paper into the printer, spray ink on the chemical film paper according to the printer's operating procedures, print black and white porcelain images once, print black powder once, and print color porcelain images 4 times, press "Black Powde...

Embodiment 3

[0037] Mix acetaldehyde, ether, and ethanol together in proportions of 10 parts by volume, 20 parts by volume, and 20 parts by volume, and then evenly coat the prepared chemical solution on a smooth and flat porcelain plate. Then put it in a ventilated and dry place. After about 30 minutes of drying, the chemical solution on the porcelain plate will form a chemical film paper that can be peeled off and pasted on any porcelain. The ink in the printer is configured together according to the ratio of 10 parts by volume of frankincense oil, 10 parts by volume of acetic acid, and 120 parts by volume of distilled water. Fill the configured ink with a syringe into the empty ink cartridge of the printer. Put the ceramic plate with chemical film paper into the printer, spray ink on the chemical film paper according to the printer's operating procedures, print black and white porcelain images once, print black powder once, and print color porcelain images 4 times, press "Black Powder ...

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PUM

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Abstract

A computer controlled ink-jet method for generating black-white or color image on curved surface at 800-900 deg.C includes such steps as coating an invented chemical solution on a ceramic plate, drying to obtain a chemical film, filling an invented ink in an ink-jet printer, printing on said chemical film under control of computer, sticking the printed chemical film on the surface of ceramics, and calcining at 800-900 deg.C.

Description

technical field [0001] The invention relates to a computer ink-jet 800-900°C high-temperature black-and-white and color curved-surface imaging method, which can make high-temperature curved-surface porcelain images on porcelain plates, porcelain vases, porcelain cups, and any uneven-shaped porcelain. Background technique [0002] Traditional overglaze paintings are all made by hand painting and silk screen printing. Manual painting requires a solid foundation in art; it is time-consuming and laborious, prone to distortion, and difficult to grasp and restore colors. The silk screen plate-making process is complicated, the cost is high, and the investment is very large; it is only suitable for batch production, not for single sheet production. At present, the more advanced computer inkjet high-temperature ceramic image production technology in the society is mainly "computer inkjet direct printing porcelain image method". See patent application number: 01109635.7, patent pub...

Claims

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Application Information

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IPC IPC(8): C23D5/06B44C1/165C09D11/02C09D11/30
Inventor 陈珠德
Owner 陈珠德