KR19980073643A - Manufacturing process of logo plating of mother-of-pearl button - Google Patents

Abstract

The present invention is a manicure and u. v Applying the dissolution time difference in solvent with paint, sculpt various logs with insulated shell button surface, and apply the surface by multi-stage coating layer and vacuum evaporation, then peel off the coating layer except the log part. The present invention relates to a process of manufacturing a logo coating coating of a mother-of-pearl button, in which an intaglio log portion is coated only with a metal material, thereby further satisfying consumer tastes. The present invention relates to a processed clam button surface. A button surface masking process for applying a nail polish, which is a peelable substance with a solvent, to peel u, v coating and vacuum deposition plating on a portion where plating is not required; Logo and pattern engraving process of engraving various logos or patterns on masked clam buttons; With the button surface u. a surface basic coating process of enhancing the surface gloss and adhesion of the logo portion during vacuum deposition by v coating (ultraviolet coating) treatment; A vacuum deposition plating process of adsorbing a shell button surface in a vacuum state with a metal vapor generated by heating at a high temperature through a desired color plating material made of aluminum or copper; A button surface paint peeling process of peeling the initial masking surface through a solvent such as acetone to leave only the engraved log portion in a plating state; A logo protection coating process for coating a protective material using a transparent paint for drying to prevent the plating material of the shell button which has passed through the button surface paint peeling process from dropping and discoloration in contact with fluid and air; And the like.

Description

Manufacturing process of logo plating of mother-of-pearl button

In general, shells such as shellfish and abalone are used as shells (貝殼), which are used as a button, which is a tool used instead of strings to tie clothes.

These buttons usually use the luxurious natural color of the shell (shell shell) itself, and various logos are produced by carving the surface of the button made in a predetermined form.

However, the conventional clam button is a non-conductor, forming a positive electrode (+,-) and flowing a current, so that the metal film is adsorbed on the surface, the metal plating is not easily discolored and peeled off when the fluid contacts.

Therefore, the present invention was developed to solve the conventional problems, the object of which is to engrave various logos on the surface of the processed clam button, and the remaining parts except for the log portion after performing the plating through the multi-stage coating layer and vacuum deposition on the surface It is to provide a process of manufacturing a logo coating plating of mother-of-pearl button which is more advanced product by peeling the coating layer of the coating and coating the log part with the metal liquid.

1 is a process diagram showing the manufacturing process of the present invention step by step,

2A, 2B, 2C, 2D, 2E, and 2F are block diagrams of the process example shown in Fig. 1;

Explanation of symbols on the main parts of the drawings

10: button surface masking process 20: logo and pattern engraving process

30: surface basic coating process 40: vacuum deposition plating process

50: Button surface paint peeling process 60: Logo protective coating process

The present invention for achieving the above object is a button surface masking process for applying a nail polish which is a peelable material with a solvent on the surface of the processed button; Logo and pattern engraving process of engraving various logos or patterns on masked clam buttons; With the button surface u. v a surface basic coating process of coating (ultraviolet coating) to increase surface gloss and adhesion during vacuum deposition; A vacuum deposition plating process of adsorbing a metal vapor generated by heating at a high temperature through a desired color plating material made of aluminum or copper to the shell button surface in a vacuum state; A button surface paint peeling process of peeling the initial masking surface through a solvent such as acetone to leave only the engraved logo portion in the plating state; Logo protective coating process for the protective coating using a transparent coating for heat drying to prevent the plating material of the shell button undergoing the button surface paint peeling fall and contact with the fluid and air; It is composed of such features.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

1 is a process diagram showing the manufacturing process of the present invention step by step, which is processed into a desired button shape using a natural shell shell, a material that can be peeled off with a solvent, for example, nitro cellulose film 850g and acetone A button surface masking process (10) is provided that masks paints such as nail polish or lacquer paint, which is composed of 18 l and 6 l of acetate, onto the surface of the clam button to prevent the need for vacuum deposition. .

After that, the logo and pattern engraving process 20 is provided to engrave various logos or patterns requiring plating on the masked clam buttons.

And a base coating for improving gloss and adhesion in the vacuum deposition process, which will be described later as a clam button surface. v A surface foundation coating process 30 for coating (ultraviolet coating) is provided, and after completion of the above-described basic coating fixing, aluminum and copper are used as a plating material in a vacuum furnace, followed by heating. A vacuum evaporation plating process 40 for inducing adsorption to the surface is provided.

Then, a button surface paint peeling process 50 is prepared in which an initial masking surface is peeled off using a solvent such as acetone, leaving only the engraved log portion in the plating state, wherein the nail polish is dissolved but u. v The paint is attached as is.

Since the plating material of the clam button, which has undergone the button surface paint peeling process, falls off when it comes into contact with water as a fluid, the logo is protected by using a transparent paint for heat-drying mixed with acrylic resin and melamine adhesive to prevent color change. The protective coating process 60 is provided.

2A, 2B, 2C, 2D, 2E, and 2F show the process example shown in FIG. 1 in the form of a block, in which a manicure layer 12 is formed on the surface of the processed clam button 11. An initial masking process is performed. Thereafter, the various logos 21 or patterns are carved into the masked clam buttons through a engraving machine, and then to increase the gloss and adhesion of the surface before vacuum deposition plating as shown in FIG. v A coating (ultraviolet coating) layer 31 is formed.

The clam button 11 which has undergone the above process is subjected to a plating process through vacuum deposition on the surface of the UV coating layer 31 as shown in FIG. 2D to form a vacuum plating layer 41, and then through a solvent such as acetone as shown in FIG. 2E. Except for the logo (21) intaglio, only the remaining faces are peeled off, which means that the nail polish is applied on it due to the recording in acetone. v Unnecessary areas plated by paint and vacuum deposition fall off and logo parts where nail polish is not masked. v Only paint and vacuum deposition plating area remain.

After that, as shown in Figure 2f to protect the logo using a heat-transparent transparent paint mixed with acrylic resin and melanin adhesive in order to prevent the plating material of the shell button 11 falls and discoloration when in contact with the fluid water. The coating layer 61 is formed.

The present invention described as described above performs a masking process of applying a nail polish to the surface of the processed clam button, and then carves a logo and a pattern to be plated to enhance the surface gloss and adhesion at the time of vacuum deposition on the button surface engraved. While the basic coating is applied, vacuum coating is applied to the coated button to coat aluminum or copper to adjust the desired color, peel off the remaining parts except the negative electrode log area with a solvent, and then protect the button with a transparent paint for heating and drying. The plated color on the log part is prevented from falling and discoloring upon contact with the product, thus inducing the luxury of the button, thereby increasing the purchasing desire.

The above is only one embodiment of the present invention, the present invention is capable of various changes and modifications within the scope of the configuration.

The present invention is a non-plated non-conducting non-conductive shell button processing of the button and the coating of various promotional engraved logo parts carved on the surface of the logo (logo) coating coating manufacturing process to improve the quality It is about.

Claims (1)

A button surface masking process (10) of applying a nail polish, which is a material that can be peeled off with a solvent, on the surface of the processed button; A logo and a pattern engraving process 20 to engrave various logos 21 or patterns on the masked clam buttons through a carpenter; Surface foundation coating process 30 to increase the surface gloss and adhesion during vacuum deposition by u, v coating (ultraviolet coating) to the shell button surface; A vacuum deposition plating process 40 for adsorbing metal vapor generated by heating at a high temperature through a metal plating material made of aluminum or copper to the shell button surface; A button surface paint peeling step 50 of peeling off the initial masking surface through a solvent such as acetone to leave only the engraved log portion in the plating state; Logo protective coating step 60 for the protective coating using a transparent coating for heat drying to prevent the fall and discoloration of the plating material of the shell button after the button surface paint peeling process contact with the fluid; Engraved logo coating plating manufacturing process of the mother-of-pearl button, characterized in that consisting of.