JPH059556B2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Field of Application] The present invention relates to a method for producing a unique lacquer-dyed fabric that uses lacquer to express an unprecedented three-dimensional effect and glossy lacquer-dyed pattern. be.

[Problems to be solved by conventional technology and invention]

The applicant has researched and developed various lacquer-dyed fabrics in the hope of utilizing the beauty of lacquer coating in kimonos.

[Means for solving problems]

The structure of the present invention will be described in detail below with reference to the accompanying drawings showing embodiments of the present invention.

A binder that does not lose its flexibility even after drying is applied to the desired areas of the woven fabric, and after this binder dries, only the surface is dissolved with a solvent, and the desired pattern is colored using the lacquer powder described later on this dissolved area. It is characterized by the fact that

Mix the desired color pigment and solvent into the lacquer, add a bright material such as gold or silver foil, and apply it thinly on the base plate, or attach the bright material to the applied lacquer layer, and after drying, remove the applied bright lacquer layer. Remove and form lacquer powder.

Another feature is that the coated bright lacquer layer is semi-dried inside out, a bright material is also attached to the back side, and after drying, the double-sided coated bright lacquer layer is scraped off to form lacquer powder. It is.

〔Example〕

First, the method for producing lacquer powder will be explained in detail.

Mix 70% of the desired color pigment into the lacquer, add an appropriate amount of a solvent such as gasoline or turpentine, and add a glittering material such as gold leaf, silver leaf, pearl leaf, or mother-of-pearl to dilute it to a state that can be applied to the glass. It is applied thinly onto a base plate of a hard plate such as a board or a synthetic resin board and dried, or the glittering material is applied in finely divided or powdered form to the applied lacquer layer and dried.

In this case, when making the white lacquer powder used to draw the outlines, titanium and gofun are mixed in instead of pigments.

When applying the product to the base plate, it is desirable to repeat the process of applying and drying the product 2 to 3 times.

Furthermore, if the semi-dried bright lacquer layer is turned inside out and a bright material is attached to the back side, the brightness will be even better since the bright material is adhered to the front and back sides.

The drying conditions for lacquer are a temperature of 10-30℃ and a humidity of 70-80%.
preferred.

After drying, the applied bright lacquer layer is scraped off with a knife to form lacquer powder.

The pieces of lacquer scraped off with a knife are further crushed using a mixer, and then finely ground using a bevel to form lacquer powder.

In this way, lacquer powder of various colors is prepared. Next, a binder that does not lose its flexibility even after drying is applied to desired parts of the woven fabric by molding or spraying.

The binder may be a natural glue or a synthetic resin glue, but one that is flexible and does not become stiff even when dried is used.

After this binder is dried, only the surface is dissolved with a solvent such as xylene (a solvent that dissolves the binder used).

If this step is not carried out after the binder is completely dry, the binder will flow and cause contamination.

The lacquer powder is shaken off using a sieve or applied by hand to the melted area, and the desired pattern is colored to create the lacquer pattern.

Furthermore, if necessary, a contour line is added thereon in white or black, or a part is finished and colored in a different color.

You may use lacquer substitute kashiyu instead of lacquer.
In the figure, 1 is a woven fabric, 2 is a lacquer-dyed pattern painted with lacquer,
3 shows the state before applying bright lacquer dyeing as a binder, 4 is a base plate, 5 is a coated bright lacquer layer, and 6 is a bright material.

[Effect of idea]

As described above, the present invention involves mixing lacquer with a desired color pigment and a solvent, adding a glittering material such as gold or silver foil, and applying the glittering material thinly on the base plate, or attaching the glittering material to the applied lacquer layer. Since we use lacquer powder that is made by once drying and then scraping off the applied bright lacquer layer with a knife, even if the lacquer is likely to cause lacquer rash when used as is, the drying process completely prevents lacquer rash. Not only can coloring be carried out with care, it also prevents lacquer rash for those who purchase and wear this kimono, making it a kimono that can be worn with peace of mind.

The lacquer powder produced with these considerations is not applied directly to the woven fabric, but is applied through a binder that does not lose its flexibility even after drying, so it does not become stiff or lose its flexibility as a kimono. The flexibility of the binder also reliably prevents the upper bright lacquer layer from cracking.

Furthermore, since lacquer is inherently glossy, it can express luster and luster that cannot be achieved with conventional dyes.Furthermore, since glittering materials are mixed in during the production of lacquer powder, it is difficult to use gold or silver foil when finishing and coloring as in the past. Compared to the method of directly attaching gold and silver powder, since the gold and silver powder is coated with a lacquer layer, it is possible to achieve a more three-dimensional coloring, and especially when glittering material is applied to the front and back of the lacquer layer, the brilliance is even better. This results in a beautiful glossy lacquer pattern, and since the coloring is done by dissolving only the dry binder surface, there is no need to worry about contamination caused by the binder flowing.

In this way, the present invention uses lacquer as a dyeing material, which no one had thought of until now, to create a beautiful lacquer pattern that has a three-dimensional effect, the unique luster of lacquer, and the brilliance of a glittering material. This is the manufacturing method for lacquer-dyed textiles.

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram for implementing the present invention, and FIG. 2 is an explanatory diagram for producing lacquer powder. 1...woven fabric, 2...lacquered pattern, 3...binder, 4
... Base plate, 5... Painted bright lacquer layer, 6... Bright material.

Claims (1)

[Claims] 1. A binder that does not lose its flexibility even after drying is applied to desired areas of the woven fabric, and after this binder dries, only the surface is dissolved with a solvent, and the lacquer powder described later is applied to this dissolved area. 1. A method for producing a unique lacquer-dyed fabric, characterized in that a desired pattern is colored to express a lacquer-dyed pattern. Mix the desired color pigment and solvent into the lacquer, add a bright material such as gold or silver foil, and apply it thinly on the base plate, or attach the bright material to the applied lacquer layer, and after drying, remove the applied bright lacquer layer. Remove and form lacquer powder. 2. The coated bright lacquer layer is semi-dried inside out, a bright material is also attached to the back side, and after drying, the double-sided coated bright lacquer layer is scraped off to form lacquer powder. Claim 1 The manufacturing method of the described lacquer-dyed fabric.