JPH05318988A - Method for transfer of extremely thin metallic small foil - Google Patents

Abstract

PURPOSE:To provide a method wherein even an unskilled worker can simply easily transfer a metallic small foil by manual operation neither by applying a ground coat such as ureshi or the like to a transfer object nor by using any machine and any tool is transferring the metallic small foil such as an extremely thin gold foil or the like to an object for transference such as a fusuma, an ornament for an alcove, etc. CONSTITUTION:A method for transfer of an extremely thin metallic small foil is obtained as follows; the extremely thin metallic small foil 1 is bonded by being placed onto release papter 2; a binding material 3 such as a strong liquid bond or the like is applied to all the upper surface; the metallic small foil paper prepared by drying it is cut in an optional form of a pattern, a letter, etc.; the upper surface of the metallic small foil paper formed in the form of the pattern or the like i.e., the coated surface of a liquid binding material is applied onto a required position of a transfer object; and the metallic small foil formed in the form of the pattern or the like is thoroughly simply transferred by being stuck to the transfer objective material by heating 7 the transfer objective material via release paper.

Description

Detailed Description of the Invention

[0001]

[Industrial field of application] Thin metal foil such as extremely thin gold, silver foil, and medium gold foil is used for folding screens, sliding doors, ceramics, upholstery figurines, clothes such as clothes, coats, belts, ties, hats, and textiles. The present invention relates to a method for transferring an ultra-thin metal small foil that can be easily and easily transferred to a desired transfer target such as a painting paper, a book cover, or other printed matter by heat treatment without damaging the foil.

[0002]

2. Description of the Related Art A conventional method for transferring a metal foil is
Generally, lacquer or adhesive is applied as a base to the transfer part such as the pattern part of the transfer object, and flat foil (gold or silver foil adhered on Japanese paper) is placed on top of it and stuck. However, the flat foil that had protruded except the pattern part had this removed.

Alternatively, the cut small foil is placed on a brush-coated brush tip and attached to the pattern portion to be transferred.

Furthermore, when transferring the small metal foil itself in so-called metallizing, which is performed by gluing the backside of the foil, an ultrathin metal small foil of about 1 / 10,000 mm to 2 / 10,000 mm is used. It is technically very difficult to transfer,
A high degree of skill was required to completely transfer the small foil while preventing the small foil from scattering, and the skin was often affected by the lacquer or the like as the base of the work.

In addition, when transferring and sticking a small metal foil to Japanese paper or wood products, in the past, since the lacquer used as the base dries in a fairly short time due to moisture, it takes time to push the foil (transfer and stick). There were limited drawbacks.

[0006] Conventionally, a vapor deposition transfer foil (stamping foil) has been developed for transferring a metal foil to the axis of a book or the like. This material is a polyester film as a base material and has 3 to 5 layers of resin. It is a roll that is coated and vapor-deposited with metal, and must be heated and pressed by a hot stamping press machine such as a metal plate engraved in the desired shape. A press machine, engraving metal plate, etc. are required. However, it is impossible to transfer easily without these mechanical devices, and the method of metal small foil transfer using this has a limit in the range of transfer target to which it can be applied, especially lacquerware,
It can hardly be used for wooden boxes, ceramics, etc.

[0007]

SUMMARY OF THE INVENTION The present invention is directed to ultrathin gold,
When transferring and adhering small metal foils such as silver foil, lacquer, varnish and other bases are not required on the object, and no special mechanical equipment is required.Even unskilled people can easily and easily stamp the foil. It is intended to solve the above-mentioned disadvantages of the prior art by developing a method capable of (transfer and attachment).

[0008]

[Means for Solving the Problems] Therefore, as a result of various research and experiments, the present applicant has found that the thickness is 1/10000 mm.
To ultra-thin metal foil such as gold / silver foil of about 2 / 10,000 mm is adhered to the surface of the release paper so that it can be separated and adhered, and liquid adhesive such as liquid bond CH7 is applied to the entire upper surface and dried. Cut a small metal foil paper cut into an arbitrary pattern, letters, etc., and turn the top surface of the patterned metal small foil paper inside out, painting paper, folding screen, sliding doors, pottery, upholstery figurines, clothing Apply to the desired part of the transfer object such as the pattern part from the backside of the release paper while pressing it while heating with an iron etc., and then peel off the release paper, making it easy and easy to print patterns, letters, etc. with small metal foil In addition, the inventors have developed a method capable of completely transferring to a desired transfer object such as the above-mentioned painting paper and folding screen, and have solved the above problems.

[0009]

In the present invention, when transferring a small metal foil, it is not necessary to use lacquer or varnish as a base for sticking to a transfer target object, so that the hand may be injured during work. There is no fear.

In the present invention, an extremely thin metal foil having a thickness of 1 / 10,000 mm to 2 / 10,000 mm is also adhered to the release paper, and a strong liquid resin is applied to the upper surface of the release paper to transfer it. Since it is applied to an object to be transferred and attached, there is no fear that the small metal foil will be scattered during the transfer operation, and the small metal foil can be completely transferred and adhered without being easily peeled off from the transfer target. There is an effect.

Since the transfer of the metal small foil in the present invention is based on the above-mentioned means, it does not require a high degree of skill and does not require the use of special machinery and equipment, and even an unskilled person such as an elementary school student can use it. The transfer work can be performed easily and easily by hand.

In the present invention, as described above, the small metal foil is once adhered onto the release paper to be transferred and adhered to the object to be transferred, and the release paper is peeled off after the adhesion. The foil is not contaminated, and there is an effect that the pattern, characters, etc., which are hieroglyphically formed by the small metal foil transferred to the transfer target object are finished neatly.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of the present invention will now be described with reference to the drawings. A small metal foil (1) such as gold, silver foil, or medium gold foil having a size of 1 / 10,000 to 2 / 10,000 mm is adhered to the surface of the release paper (2) so that it can be freely separated and adhered, and a liquid bond CH7 is provided on the entire upper surface. The metal small foil paper (4) formed by applying (3) and drying is cut and shaped into an arbitrary pattern, letter, etc., and the upper surface of the metal small foil paper (5) cut in a hieroglyphic pattern is drawn. Turn it over and apply it to an arbitrary place on the fusuma (6) and heat it with the iron (7) from the back side of the release paper (2) to press and stick it, then peel off the release paper to remove the pattern, letters, (8) The metal foil (5 ') cut into a shape is easily and easily attached to the sliding door (6).
It can be applied completely and cleanly to the skin.

[0014]

INDUSTRIAL APPLICABILITY The present invention has the action and effect as described above in the case of transferring a small metal foil such as gold or silver foil to a desired transfer target, and without using lacquer, varnish or the like as a base, No need for machinery and equipment, even unskilled people such as elementary school students can easily and easily do the work manually, there is no fear of affecting the skin of hands, etc., and the economic and labor-saving effects of material saving are great. is there.

The present invention has the effect that it can be used for various articles such as lacquer ware, ceramics, and wooden boxes, which cannot be applied by the prior art.

Further, according to the present invention, it is possible to prevent the small metal foils such as gold and silver foils from being scattered and wastefully consumed during the transfer work, and to make the transfer sticking finish clean.

Therefore, the present invention is a uniquely developed method of transferring a small metal foil, which can meet the needs of recent consumers, and can greatly contribute to the industry.

[Brief description of drawings]

FIG. 1 is a diagram (cross-sectional view) showing a method of transferring and attaching an ultrathin metal small foil in an example according to the present invention.

FIG. 2 is a front view showing a state in which a small metal foil cut into a pattern shape is transferred to a fusuma.

[Explanation of symbols]

 1 Metal Small Foil 2 Release Paper 3 Liquid Bond CH7 4 Metal Small Foil Paper 5 Metal Small Foil Paper Die Cut in Pattern Shape 5'Metal Small Foil Die Cut in Pattern Shape 6 Fusuma Paper 6'Fusion 7 Iron 8 pattern

Claims (1)

[Claims] 1. A small metal foil such as an extremely thin gold foil, silver foil, or medium gold foil is placed on a release paper, and an adhesive such as a liquid bond that is melted by heat is applied to the entire upper surface of the release paper and dried. After cutting the metal small foil paper into a shape such as a pattern, turn it over and place it on the desired place of the folding object such as folding screen, fusuma, ceramics, clothes, etc. and paste it by heat treatment via release paper A method for transferring an ultra-thin metal small foil, which comprises completely transferring an ultra-thin metal small foil shaped like a pattern to a transfer object by removing a release paper.