KR20010097235A - graft gilding method - Google Patents

Abstract

The present invention is conventionally used when decorating spectacle frames and accessories, such as epoxy resin mixed with a pigment and applied to a specific site and then heat-treated by curing the epoxy or transfer paper obtained by heat treatment to a specific site to obtain a variety of patterns Transfer techniques; Recently, there is a hand paint technique that designs a paint with various colors to create a decorative effect. However, these techniques have good color, but because they use paints or pigments, they have a dull taste, which makes them less vivid than metal in terms of visual appearance and fades over time. In order to solve this problem, metal has a limited color, but the combination of coating color and metal plating, which can compensate for these points, can be obtained by designing a metal pattern using a masking technique after plating and then applying a variety of metal patterns. Such an attempt is to obtain an infinite pattern rather than a press sculpture, and at the same time, it can express various patterns without being bound to the site. And because the design of various patterns by using ink on the brush or syringe, the expression technique can be diversified. If the masking ink is peeled off after coating, the boundary between the coating part and the metal part is clear, so that the engraving effect of yin and yang is obtained at the same time. This technique is especially invented a plating method that can be distinguished from the conventional techniques because it can increase the value of the product because it can also be a specific object or abstract three-dimensional representation.

Description

Metal plating patterns and masking grafting method using masking {graft gilding method}

The present invention relates to a metal plating pattern and a grafting plating method of the coating using masking to improve the value of the product by performing a coating after designing a specific pattern using a masking technique after metal plating.

Conventionally used for decorating eyeglass frames and accessories, such as a transfer technique that is obtained by mixing the epoxy resin with a pigment and applying it to a specific site and then hardening it by heat treatment by winding the transfer paper around a specific site to obtain various patterns by heat treatment. There is this. Recently, there is a hand paint technique that designs a paint with various colors to create a decorative effect. However, these techniques have a good color, but because they use paint or pigment, they have a dull taste, so they are less vivid than metal in terms of visual appearance, and the color fades over time.

In the present invention, in order to solve the above disadvantages, the metal has a limited color, but it is possible to compensate for these points. Therefore, the coating of the coating color and the metal plating is performed after the design of the metal pattern using a masking technique after plating. Various metal patterns are available. Such an attempt is to obtain an infinite pattern rather than a press sculpture, and at the same time, it can express various patterns without being bound to the site. And because the design of various patterns by using ink on the brush or syringe, the expression technique can be diversified. If the masking ink is peeled off after coating, the boundary between the coding part and the metal part is clear, so that the engraving effect of yin and yang is obtained at the same time. In particular, the present invention invents a plating method that can be distinguished from the conventional methods by increasing the value of a product because a specific object or an abstract three-dimensional representation can be described.

1 is an illustration of the process of the present invention.

2 is a process schematic diagram of the present invention.

1st Process (Primary Color Plating)

The polished or honed substrates are ultrasonically cleaned and electrolytically degreased to perform a glossy metal plating. The primary plating is selected from gold, silver, ruthenium, rhodium, and the like to perform primary color plating.

2nd process (1st masking → masking liquid drying)

After designing the intended pattern using the primary color plated material using masking ink, the masking ink is dried in a drying furnace.

3rd Process (Secondary Color Plating)

The primary masked material is again ultrasonically and electrolytically degreased (in which case the ultrasonic and electrolytic degreasing finds the optimum conditions so that the masking ink does not fall off), and the secondary color plating is color plated as opposed to the primary plating color.

4th process (2nd masking → masking liquid drying)

The masking ink is dried in a drying furnace after designing the next pattern intended for the secondary color plated substrate using the masking ink.

5th process (electrode coating)

The electrodeposition coating is stirred well and the pigment is dissolved and mixed with the paint (in this case, the transparent coating is used by stirring the paint only). The mixed paint is electrodeposited to adjust the appropriate thickness and color.

6th process (electrode coating curing)

The electrodeposition coating cures the coating film layer by heat in a drying furnace.

7th process (masking ink peeling → washing drying)

The ink is peeled off from the selected masking stripping solution, followed by alkaline ultrasonic cleaning, followed by hot air drying.

The present invention can be obtained by combining the coating and metal plating with a masking technique to obtain a harmony of yin and embossed, and more advanced sculptures and patterns without the difficulty of the press and the difficulty of the press by the technique more advanced than the conventional method There is an effect that can be obtained.

Claims (1)

Ultrasonic cleaning and electrolytic degreasing of the polished honed material, metal plating, color plating, designing the intended pattern using masking, drying the masking ink in the drying furnace, and drying the color plating process and the second masking liquid again After the electrodeposition coating paint is stirred, the pigment is dissolved and the electrodeposited coating is mixed to adjust the appropriate thickness and color, the coating layer is cured by heat in a drying furnace, the ink is peeled off from the masking peeling solution, and the ultrasonic cleaning is followed by hot air drying. Grafting method of metal plating pattern and coating using masking.