JPS58202774A - Transfer paper for sand blast - Google Patents

Transfer paper for sand blast

Info

Publication number
JPS58202774A
JPS58202774A JP8225382A JP8225382A JPS58202774A JP S58202774 A JPS58202774 A JP S58202774A JP 8225382 A JP8225382 A JP 8225382A JP 8225382 A JP8225382 A JP 8225382A JP S58202774 A JPS58202774 A JP S58202774A
Authority
JP
Japan
Prior art keywords
layer
sand
pattern
adhesive layer
transfer paper
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP8225382A
Other languages
Japanese (ja)
Other versions
JPH032631B2 (en
Inventor
Kazuhiro Kojima
小島 和弘
Yasuhiro Kojima
小嶋 靖弘
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Noritake Co Ltd
Original Assignee
Noritake Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Noritake Co Ltd filed Critical Noritake Co Ltd
Priority to JP8225382A priority Critical patent/JPS58202774A/en
Publication of JPS58202774A publication Critical patent/JPS58202774A/en
Publication of JPH032631B2 publication Critical patent/JPH032631B2/ja
Granted legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B24GRINDING; POLISHING
    • B24CABRASIVE OR RELATED BLASTING WITH PARTICULATE MATERIAL
    • B24C1/00Methods for use of abrasive blasting for producing particular effects; Use of auxiliary equipment in connection with such methods
    • B24C1/04Methods for use of abrasive blasting for producing particular effects; Use of auxiliary equipment in connection with such methods for treating only selected parts of a surface, e.g. for carving stone or glass

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Paper (AREA)
  • Surface Treatment Of Glass (AREA)

Abstract

PURPOSE:To provide precise transfer to a workpiece surface even in a linear pattern or pattern having portions separated by central blank, by constituting a transfer paper board for sand blast basically from 4 layers. CONSTITUTION:A board 1 consisting of 0.16mm. thick china paper has a 3mu thick paste layer 2 applied and dried on the whole upper surface. A 40mu thick bonding layer 3 is provided on this layer 2, and on the layer 3 is formed a 30mu thick pattern layer 4 screen printed. A transfer paper 5 thus obtained permits the board 1 to absorb water, dextrine layer 2 to be resolved and the board 1 to be stripped from the layer 3. Next, the transfer paper 5A having the board 1 removed is applied to a ceramic surface with water with the layer 4 being directed upward. Thereafter exposed surfaces 3A-3A of the layers 4, 3 are sand blasted. Thus, precise transfer to a workpiece is possible even in a linear pattern or pattern having portions separated by the central blank.

Description

【発明の詳細な説明】 この発明は陶磁器、ガラスなどの#11工夫面に貼り付
け、サンドをプラストして貼シ付けkA様に相当する所
定模様を被加工表面に形成する際に用いられるサンドブ
ラスト用の転写紙に関する本のでトる。
Detailed Description of the Invention This invention is a sandblasting method that is applied to #11 devised surfaces such as ceramics and glass, and is used to form a predetermined pattern on the surface of the workpiece by applying sand and pasting. This is a book about transfer paper.

一般に、サンドブラストにより陶磁器等の表面に研削樽
様を加工するには、図柄を切抜いてサンドブラスト加工
面を露出させた防#噂が用いられている。この防護膜に
は図柄を切接いて形成したゴム製のステンシル、感光性
樹脂eこよシ図柄を形成した膜、あるいは直接に被加工
物に印刷するもの、がちるが、ステンシルは製作に多大
の労力を安し、かつ中抜き模様のパターンは製作困難で
、δ″1・:: シ、間柄が敞定さtしなもので?、り、感光性ml1l
i1を用いる膜は特殊樹脂を用いるためコスト高となり
、被加工物の形状によシ印刷がしにくいなどのそれぞれ
欠点を有している。
Generally, in order to create a grinding barrel shape on the surface of ceramics, etc. by sandblasting, a method of cutting out the design and exposing the sandblasted surface is used. This protective film can be a rubber stencil with a design cut out, a photosensitive resin film with a pattern formed on it, or a film printed directly onto the workpiece, but stencils require a lot of effort to manufacture. It is difficult to produce a pattern with a hollow pattern, which requires less labor, and has a well-defined spacing.Photosensitive ml1l
Films using i1 are expensive because they use a special resin, and they each have drawbacks such as difficulty in printing depending on the shape of the workpiece.

これに対し、実開昭55−87555号、及び実開昭5
5−89557号は剥離可能なベースフィルム上にベー
スフィルムに対し!1!′11−!I−可[・ミな加圧
貼着性又は加jI18融解(剥離)性の中間合成樹脂層
を配しその上に感光性樹脂によシ図柄模様を形成して転
写紙となし、被加工物表面にベースフィルムを表面とし
て押圧又は加熱圧着−より転写し、ベースフィルムを剥
離除去の後サンドブラスト加工を行うものである。しか
し々う:ら、この転写紙は高価な感光性樹脂を、用いる
ことと、貼着性面を被加工物表面に貼着及び押圧する際
にしわが発生すること、友び加執を要すること、の欠点
を有する。
On the other hand, Utility Model Application No. 55-87555 and Utility Model Application No. 5
No. 5-89557 is for a base film on a peelable base film! 1! '11-! A transfer paper is prepared by placing a pressure-adhesive or melting (peelable) intermediate synthetic resin layer on top of which a pattern is formed using a photosensitive resin. The base film is transferred to the surface of the object by pressing or heat-pressing, and after the base film is peeled off, sandblasting is performed. However, this transfer paper uses expensive photosensitive resin, wrinkles occur when the adhesive side is pasted and pressed onto the surface of the workpiece, and it requires additional processing. , has the following drawbacks.

また、特公昭55−4549号は、台紙の上に防護模様
を卑発泡性のインキにより印刷し、加熱1凸 発泡さぞて形成し、該発泡層の上に保櫓脣を形成しこれ
を介して全体に保護コート換を施して成る転写紙を開示
しているが、この転写紙は保護コート膜を剥離し九後に
ブラスト加工するものであるため、剥離は不完全になシ
易くまたコート剥離の際に発泡層防護模様がいっしょに
剥離しないよう注意して剥離させる必要があシsJ!施
しにくい欠点を要する。
In addition, in Japanese Patent Publication No. 55-4549, a protective pattern is printed on a mount using base-foaming ink, heated to form one convex foam, and a protective turret is formed on the foam layer. discloses a transfer paper which is entirely coated with a protective coating, but since this transfer paper is subjected to blasting after the protective coating has been removed, the removal is likely to be incomplete and the coating may not be removed. It is necessary to remove the foam layer with care so that the protective pattern does not peel off at the same time! It requires drawbacks that are difficult to apply.

さらに、特公昭54−34365号は、台紙に色絵柄を
印刷し、その上に順次可剥lll11!1脂膜、耐蝕耐
摩耗性インクによる絵柄防sws、さらに剥離可能な保
護コート模を形成して成る転写紙を開示している。この
転写紙においても、最外腎の保護コート嗅を剥離した後
にブラスト加工するため、保護コート膜の剥離がしにく
く、ティ1離が不充分な場合は被加工面に良好な所定模
様が得られない欠点がある。
Furthermore, in Japanese Patent Publication No. 54-34365, a color pattern is printed on a mount, and a removable lll11!1 oil film, a pattern-proof sws using corrosion-resistant and abrasion-resistant ink, and a removable protective coat pattern are formed on top of the pattern. Discloses a transfer paper comprising: Even with this transfer paper, since the blasting process is performed after removing the protective coating on the outermost layer, it is difficult to remove the protective coating film, and if the first release is insufficient, a good predetermined pattern cannot be obtained on the processed surface. There are drawbacks that cannot be avoided.

そこで本余明は上述した従来の転写紙に関する欠点を解
消しようとしたものである。すなわち、本発明の目的は
模様がつながっている連続模様は勿噌のこと、線状模様
あるいは模様が分離してい、る中抜き模様においても被
加工物間に精密転写が可能なサンドブラスト用の転写紙
を提供することにある。また、本発明の他の目的は模様
層にて破覆する部分にはサンドブラストにおけるキズが
防止され、模様層外周の研削は充分にし得て鮮明模様が
得られる、サンドブラスト用の転写紙を提供することに
ある。
Therefore, the present invention is an attempt to solve the above-mentioned drawbacks of the conventional transfer paper. In other words, the purpose of the present invention is to provide a transfer method for sandblasting that can accurately transfer not only continuous patterns in which the patterns are connected, but also linear patterns or hollow patterns in which the patterns are separated between the workpieces. The goal is to provide paper. Another object of the present invention is to provide a transfer paper for sandblasting, which prevents scratches during sandblasting in the portions of the pattern layer that are destroyed, and allows sufficient grinding of the outer periphery of the pattern layer to obtain a clear pattern. There is a particular thing.

また、本発明の他の目的は被加工物[lI′lに貼付後
においては表着の剥離を必要とせず作契し易く、かつ貼
付後において表層を剥離する場合に生ずる従来の不都合
を解消し得た、サンドブラスト用の転写紙を提供するこ
とにある。
Another object of the present invention is to make the workpiece easier to work without the need to peel off the surface layer after pasting it to the workpiece [lI'l], and to solve the conventional inconveniences that occur when the surface layer is peeled off after pasting. The purpose of the present invention is to provide a transfer paper for sandblasting that can be used for sandblasting.

本発明は、転写紙用台紙(以下、単に台紙と略記する。The present invention relates to a mount for transfer paper (hereinafter simply abbreviated as mount).

)上に糊料層が設けられ、該糊料層上には接着−が設け
られ、該接着層上ICは模様層が設C寸らガてなシ、基
本的には4wIにて形成される。前記台紙は和紙、合成
紙などの吸水性に富み、耐水強度の大きい材質のものが
適し、通常、陶磁器類の絵柄スライド転写に用いられる
スライド転写紙の台紙は好ましいものである。糊料層は
水系溶媒、好ましくは水に対して溶解する再湿性のもの
でめ沙、デキストリ7ン溶液、デンプン溶液あるいは合
成樹脂エマルシーン溶液などの水性糊料溶液を台紙の所
・定片dijJK塗布し乾燥≧せることにより形成さ1
しる。なお、水性糊料溶液の塗布tは糊料層が傘・J2
〜5μ程度になるように塗布さオしる。1@料層は乾燥
時において台紙と従層層とを接合するが、台紙が濡らさ
れた場合は糊料層が水に溶けて接着力を失ない台紙を接
曹層面よシ剥離可能にする。
), a glue layer is provided on the glue layer, an adhesive is provided on the glue layer, and a pattern layer is provided on the adhesive layer, and the IC is basically formed by 4wI. Ru. The mount is preferably made of a material with high water absorption and water resistance, such as Japanese paper or synthetic paper, and a mount of slide transfer paper, which is usually used for slide transfer of designs on ceramics, is preferable. The glue layer is an aqueous solvent, preferably a rewetting material that dissolves in water, and an aqueous glue solution such as Mesa, dextrin solution, starch solution, or synthetic resin emulsion solution is applied to a fixed piece of the mount. Formed by drying ≧1
Sign. In addition, when applying the aqueous glue solution, the glue layer is Umbrella/J2.
Apply it to a thickness of ~5μ. 1@The material layer bonds the mount and the subordinate layer when dry, but when the mount gets wet, the adhesive layer dissolves in water and does not lose its adhesive strength, allowing the mount to be peeled off from the surface of the contact layer. .

前記接着層はこの上に重ねられる模様層の接層固定をは
かるものであり、とくに一様−〇N!部、線伏部々び分
III部分の固定が良くこれるので、サンドブラストに
おいて被加工面に所定模様をM!?に再現するごとがで
きる。また接着層は被加工面にドブれるサンドに対して
は耐摩耗性が小さく、サンドブラストにより摩純損失す
るものであることを)、、!する。この接*#は4機溶
剤に樹脂分を約20〜)+0fjt*(1!ア14.、
C料、−アう。)よイヶぜた組成r伏約10〜100%
と、充填剤約90〜0%とを含有させた組成液を前記糊
料層上に塗布し乾燥させることによシ形成される。なお
従層層は2〜50μ程度にちれる。前記樹脂分とする樹
脂としてはポリメチルアクリレート、ホリエチルアクリ
レート7どのアクリル系、エチルセルロース、アセチル
セルロースナトのセルロース系、塩化ビニル、酢酸ビニ
ルなどのビニル系、酸化ロジン、ガムロジンなどのロジ
ン系、スチレンブタジェン、ブタジェンなどのゴム系、
アルキッド樹脂、ポリアミド樹脂、ブチツール樹脂、フ
ェノール樹脂、などの樹脂が適する。有lII溶剤は直
鎖系、芳書族系、エステル系、アルコール系などが使用
される。充填剤はカーボン、タルク、ベントナイト。
The adhesive layer serves to fix the pattern layer layered thereon in contact with the adhesive layer, and is particularly uniform in -〇N! Since the parts, lines, and parts III can be fixed well, it is possible to create a predetermined pattern on the surface to be processed by sandblasting. ? It is possible to reproduce each. In addition, the adhesive layer has low abrasion resistance against sand dripping onto the processed surface, and is subject to abrasion loss due to sandblasting). do. This contact*# is 4 parts solvent and resin content of about 20~)+0fjt*(1!A14.,
C fee, -ah. ) Compound composition r approximately 10-100%
It is formed by applying a liquid composition containing about 90% to 0% of a filler onto the paste layer and drying it. Note that the sublayer has a thickness of about 2 to 50 μm. The resins used as the resin component include acrylics such as polymethyl acrylate and polyethyl acrylate, cellulosics such as ethyl cellulose and acetyl cellulose, vinyls such as vinyl chloride and vinyl acetate, rosins such as oxidized rosin and gum rosin, and styrene butane. Rubber-based products such as Gen, Butadiene, etc.
Resins such as alkyd resins, polyamide resins, butitur resins, and phenolic resins are suitable. Linear type, aromatic type, ester type, alcohol type, etc. are used as the III solvent. Fillers are carbon, talc, and bentonite.

廣酸カルVウム、珪石、硅酸ジルコニウム、弁柄、セリ
サイト(絹雲上)、雲母などの無機質の微粉末、するい
はウレタン、エチルセルロース、メチルセルロース、ポ
リビニルアルコール、アクリルなどの有機質の微粉末が
適する。
Inorganic fine powders such as calcium fluoride, silica, zirconium silicate, Bengara, sericite, and mica, or organic fine powders such as urethane, ethyl cellulose, methyl cellulose, polyvinyl alcohol, and acrylic. Suitable.

上記組成液にて形成・さt(る接着層け1吠質でめり、
耐摩耗性が小ζく、サンドブラストeこよシ摩純される
Form an adhesive layer with the above composition solution,
It has low abrasion resistance and can be polished by sandblasting.

前記模様層はサンドブラストに対して耐摩耗性が大いも
のでめ〕、この模様層にて被われた被加工1部位はサン
ドによりけずらH,ることtく、被加工面本来の表面と
して残存嘔せることかできる。
The pattern layer has great abrasion resistance against sandblasting], and the part of the workpiece covered with this pattern layer will not be scratched by the sand and will remain as the original surface of the workpiece surface. I can vomit.

模様−はゴム系樹脂を主体としたものであり、前記有機
溶剤にゴム成分を約30%以上含有させたゴム組成液、
約50〜100%と前記した充填剤約50〜Oq6とを
含有メせたゴム組成液を前記接flshにスクリーン印
m口てて塗布メせることにより形成される。模様層は約
10〜100μ程度にされる。前記ゴム成分はスチレン
ブタジェンゴム、ニトリルゴム、アクリルゴム、塩化ゴ
ムなどの成分が用いられる0本発明の転写糾は陶磁器、
ガラス、金属あるいはプラスチフクなどの被加工面に対
し、て実施される。
The pattern is mainly composed of a rubber-based resin, and a rubber composition liquid containing about 30% or more of a rubber component in the organic solvent;
It is formed by applying a melted rubber composition liquid containing about 50 to 100% of the filler and about 50 to 6 Oq6 of the above-mentioned filler to the contact surface using a screen stamp. The pattern layer has a thickness of about 10 to 100 microns. The rubber component may be styrene-butadiene rubber, nitrile rubber, acrylic rubber, chlorinated rubber, etc. The transfer paste of the present invention may be used for ceramics,
This process is performed on surfaces to be processed such as glass, metal, or plastic.

シ、さしてこの転写紙は台紙を水で濡らすことにより、
糊料層が溶けるりで、台紙を剥がし、接着層に結合され
た模様層の接**側を被処理面に接着させ、しかる後、
砂粒子などのサンドを吹き付けることにより模様層の形
状を被加工・面に再現することができる。すなわち、被
加工面に従層した転写紙に対してプラストされたサンド
は、耐摩耗性の模様層では、はね返えされ、模様層の周
囲の接層−1あるいは独立した接溜脣部位ではサンドに
より接#層が摩耗消失し、被処理面が凹状に削られる。
Now, this transfer paper can be made by wetting the mount with water.
Once the glue layer has melted, peel off the backing paper, adhere the contact** side of the pattern layer bonded to the adhesive layer to the surface to be treated, and then,
By spraying sand such as sand particles, the shape of the pattern layer can be reproduced on the workpiece/surface. In other words, the sand that is applied to the transfer paper layered next to the surface to be processed is repelled by the abrasion-resistant pattern layer, and is deposited on the contact layer-1 around the pattern layer or on an independent contact area. In this case, the contact layer is worn away by sanding, and the surface to be treated is shaved into a concave shape.

なお、模様層は接着層により被加工面に充分に接着保持
されるので、サンドブラストによシ剥がれることはない
し、模様Sa部朶び線部などは接着層を介して被加工面
に接着保持が充分である。しかして接着層とともに模様
層を剥がすこと(てより、被加工面には模様層の形状が
再現された岬明な転写模様を得ることかできる。
Note that the pattern layer is sufficiently adhered to the surface to be processed by the adhesive layer, so it will not peel off during sandblasting, and the pattern Sa part and the wavy line portions are adhered to the surface to be processed through the adhesive layer. That's enough. By peeling off the pattern layer together with the adhesive layer, a clear transfer pattern that reproduces the shape of the pattern layer can be obtained on the processed surface.

また、本発明の前記した転写紙においては接着層と模様
着量に、サンドブラストに対する衝撃全緩和する#@緩
和嚇を介在させることができる。
Further, in the above-mentioned transfer paper of the present invention, #@mitigation can be interposed in the adhesive layer and the amount of pattern coverage to completely alleviate the impact against sandblasting.

この衝撃緩和層の厚さは約5〜100μ程度とされる。The thickness of this impact mitigation layer is about 5 to 100 microns.

すな)つち、前記した如く、台紙上に糊@層。As mentioned above, apply a layer of glue on the backing paper.

接WI!IN及び模様−を設けた構造の転写紙において
は、サンド粒子が大きい場合、あるいはプラスト*度が
大きい場合には模様層に当ったサンドにより模様層がへ
こみ、模様層にて被った部位の面にキズを生ずるため、
サンド粒子の規制及びブフスト強度を規制する必要があ
るが、衝撃緩和層を設けた場合には、模様層に当っ九サ
ンドは模様層下の宵撃緩和層によって衝撃が緩和され、
模様層下の部位のキズの発生を防止する。また、衝撃緩
和すを設は走転写紙は強いサンドブラストに耐えるので
模様外周部を深く削ることかでき、鮮明な転写嗅様が得
られる。この衝@緩和蕾はサンドブラストに対して耐l
I糧性が小さくかつ柔軟性を有しかつ下部の接着層と上
部の模様−に対して接着性が狂いことを要する。そして
この条件を満たす衝撃緩和層としては前記した接着層形
成用の組成液に更に充填材を増量したものかあるいけ模
様層形成用の組成液に充填材を加え、サンドブラストに
対する耐摩耗性を小さくした屯のが用いられる。
Contact WI! In transfer paper with a structure provided with IN and patterns, if the sand particles are large or if the plasto* degree is large, the pattern layer will be dented by the sand that hits the pattern layer, and the surface of the area covered by the pattern layer will be to cause scratches on the
It is necessary to control the sand particles and the Buchst strength, but when an impact-reducing layer is provided, the impact of the sand that hits the pattern layer is alleviated by the impact-reducing layer under the pattern layer.
Prevents scratches from occurring under the pattern layer. In addition, the shock-reducing surface allows the transfer paper to withstand strong sandblasting, allowing the outer periphery of the pattern to be deeply scraped, resulting in a clear transfer pattern. This shock@relaxation bud is resistant to sandblasting.
It is required that the material has low adhesive properties and flexibility, and that the adhesion between the lower adhesive layer and the upper pattern does not change. An impact-reducing layer that satisfies this condition can be made by adding a filler to the composition solution for forming the adhesive layer described above, or by adding a filler to the composition solution for forming the pattern layer to reduce the abrasion resistance against sandblasting. The ton is used.

すなりち・ポリ″″す゛−7チ″′20部・2fルフク
テ一ト50部、硅酸ジルコニウム60部、よりなる配合
の本の、あるいはエチルセルロース15部、ブチルラク
テート60部、タルク25部よシなる配合あもの、ある
いはスチレンブタジェンゴム10部、芳香族系石油溶剤
30部、硅酸ジルコニウム60部よシなる配合のものな
どが適用される。
A book with a formulation consisting of 20 parts of Sunarichi Poly ``Su-7'', 50 parts of 2F Fluctate, 60 parts of zirconium silicate, or 15 parts of ethyl cellulose, 60 parts of butyl lactate, and 25 parts of talc. A compound containing 10 parts of styrene-butadiene rubber, 30 parts of an aromatic petroleum solvent, and 60 parts of zirconium silicate may be used.

また、本発明の前記した転写紙、すなわちイ台紙上に糊
料層、接着層及び模様層を設けた構造の転写紙、及び(
ロ)台紙上に糊料層、接着層、衝撃緩和層及び模様層を
設けた構造の転写紙、の各模様層及び露出した接着腎上
、あるいけ露出した衝撃緩和層上には、被**を設け、
転写前の取扱い及び転写に際し、模様層にこすれちるい
は衝撃などの表面きずが生じないようにすることができ
る。
Further, the above-described transfer paper of the present invention, that is, a transfer paper having a structure in which a paste layer, an adhesive layer, and a pattern layer are provided on a mount paper, and (
b) A transfer paper with a structure in which a paste layer, an adhesive layer, an impact-reducing layer, and a pattern layer are provided on a backing paper. * is set,
During handling and transfer before transfer, it is possible to prevent surface flaws such as rubbing or impact from occurring on the pattern layer.

この被膜層はブラストをVるナンドに対して耐摩耗性が
小さく、かつ転写紙の曲げに対して支障のないように柔
軟性の大きい本のが使用される。被膜層に適した材質と
しては、ポリメチルアクリレート、ポリブチルメタルク
リレート、その他のア′:11 グリルi 樹脂、エチルセルロース、ニトロセルロース
その他のセルロース誘導体系樹脂ブチラール樹脂、塩化
ビニル等のビニル系樹脂を用いることができる。この被
W4層の厚みは3〜60μが適当である。そして被膜層
はたとえばエチルセルロース15部、ブチルラクテート
80部及びDOP5部の配合、あるいはポリブチルメタ
クリレート60部、芳香族石油溶剤70部よυなる配合
などにて形成される。
For this coating layer, a material is used which has low abrasion resistance against blasting and has high flexibility so as not to cause any trouble to bending of the transfer paper. Suitable materials for the coating layer include polymethyl acrylate, polybutyl metal acrylate, other resins, ethyl cellulose, nitrocellulose and other cellulose derivative resins, butyral resins, and vinyl resins such as vinyl chloride. Can be used. The appropriate thickness of this W4 layer is 3 to 60 microns. The coating layer is formed, for example, from a blend of 15 parts of ethyl cellulose, 80 parts of butyl lactate, and 5 parts of DOP, or a blend of 60 parts of polybutyl methacrylate and 70 parts of an aromatic petroleum solvent.

なお、本発明における前記各層の厚さは前記した層厚の
みに限定されず、用途及びプラスト条件に応じて賛!!
は可能であり、また糊料−1接着層、船撃緩和層、模砿
−及び被−―は各々前記した所定のものが得られる箭囲
内において調整は自在にさtする。
Note that the thickness of each layer in the present invention is not limited to the above-mentioned layer thicknesses only, and may vary depending on the application and plast conditions. !
is possible, and the adhesive layer of adhesive material 1, the ship's impact mitigation layer, the molding material, and the coating material can be freely adjusted within the range in which the above-mentioned predetermined properties can be obtained.

しかして、本発明は吸水性の転写用台紙上に、水に対し
て溶解する再湿性の糊料層が設けられ、該@料硼Fには
被加工面に対して接着力を有し、ブラストされるサンド
に対して1#摩耗性が小さI/)接#層が設けられ、該
接看響上には接着層に部分的に接着されて所定模様形状
なlしかつ前記サンドに対して中摩耗性の大きい模様層
が設けられてなる転写紙となしたため、連続模様、線状
模様、あるいは中抜き模様においても精密転写が可能で
おり、かつ接71層は摩耗性が小さいため、その膳呂部
はサンドブラストの際に損耗し、該部位の研削には何ら
支障なくて都合がよい、そして、本発明において模様層
と接fIi−との闇に耐摩耗性の小場い釘撃緩号層を設
けた場合には、模様層にて被覆する被加工面部分はサン
ドブラストにおけるキズが防止され、rQ様響外周の研
削は充分にし得るので被加工面に鮮明模様が得られる。
Therefore, in the present invention, a water-dissolved rewet adhesive layer is provided on a water-absorbent transfer mount, and the adhesive layer F has adhesive strength to the surface to be processed. A layer having low abrasiveness (I/) is provided on the sand to be blasted, and is partially adhered to the adhesive layer on the surface of the sand to be blasted, and has no predetermined pattern shape, and is in contact with the sand. Since the transfer paper is provided with a pattern layer that has a high abrasion resistance, it is possible to precisely transfer continuous patterns, linear patterns, or hollow patterns, and since the contact layer has a low abrasion resistance, The plate part is worn out during sandblasting, and it is convenient that there is no problem in grinding the part. When a loose layer is provided, the part of the processed surface covered with the pattern layer is prevented from being scratched by sandblasting, and the rQ-like outer periphery can be sufficiently ground, so that a clear pattern can be obtained on the processed surface.

また、本発明1tζおいて模様−上に、サンドに対し中
摩耗性が小ζい被膜層を設けた場合には、転写紙の取扱
、いに際し、模様層の保護ができ、模様−を傷めること
がなく鮮明模様の転写に都合がよい゛。
In addition, if a coating layer with low abrasion resistance against sand is provided on the pattern according to the present invention, the pattern layer can be protected during handling and handling of the transfer paper, and the pattern will not be damaged. It is convenient for transferring clear patterns without any problems.

次に本発明の実施例を、図面について説明する。Next, embodiments of the present invention will be described with reference to the drawings.

実施例1 第1図〜第5図において、1は厚さ[]、16s1のチ
ャイナベーバよりなる台紙で、2は台紙1の上面全体に
塗布乾燥でれた厚さ3μの糊料−である。本例の@@−
2は約50%のデキストリン溶酸を塗布し乾燥させて形
成した。6は糊料N2上に設けられた厚さ40μの接1
111!I71で1Lアクリル溶液30重量部(以下、
単に部と略記する。)と、硅酸ジルコニウム微粉末(充
填剤)70部を混合したインキを120メツシユのステ
ンレススクリーン印刷版を用いて糊料層2上の全面に印
刷して形成されている。4は接7f層6上にスクリーン
印細11され九厚さ30μの模様層である。該模様層4
はスチレンブタジェン糸合咬ゴムでちるツルプレン(祖
化成社製KKI11造、闇品名)30部と200メツシ
ユスルーのタルク粉30部とをツルペッツ#150(エ
ッソ化学’K K製造、芳香族系高沸点溶剤、諸品名)
40部に溶解混合したインクを120メフシユのステン
レススクリーン印刷版にて接着層6トに所定模様となる
ように印刷し、サンドブラストに対して##N!耗性の
模様層4が形成される。
Example 1 In FIGS. 1 to 5, numeral 1 is a mount made of China Baba with a thickness of [ ] and 16 sl, and 2 is a glue with a thickness of 3 μm that has been applied and dried on the entire upper surface of the mount 1. In this example @@−
2 was formed by applying about 50% dextrin solution and drying it. 6 is a 40μ thick contact 1 provided on the glue N2
111! 30 parts by weight of 1L acrylic solution in I71 (hereinafter referred to as
Simply abbreviated as part. ) and 70 parts of fine zirconium silicate powder (filler) is printed on the entire surface of the glue layer 2 using a 120-mesh stainless steel screen printing plate. Reference numeral 4 denotes a pattern layer having a thickness of 30 μm, which is formed by screen printing 11 on the contact layer 6. The pattern layer 4
30 parts of Turuprene (manufactured by Sokasei Co., Ltd., manufactured by KKI11, black market name) and 30 parts of talcum powder of 200 methane were mixed with styrene-butadiene thread interlocking rubber, and 30 parts of Turuprene (manufactured by Esso Kagaku's KK, aromatic high boiling point) were mixed with 30 parts of talcum powder. Solvent, product names)
40 parts of the ink was dissolved and mixed with a 120 mesh stainless steel screen printing plate to print on 6 adhesive layers in a predetermined pattern, and ##N! against sandblasting! A wearable pattern layer 4 is formed.

かくして得られた転写紙5は台紙1を吸水させ、デキス
トリンの糊料層2を屑かし、台紙1を接着−5から刺が
す(第2図参照)。次いで台紙1を除去した転写紙5A
は模様N14を上向きにして陶磁器l1i6に氷詰りす
る(第3図参照)、シかる後、模様m4及び接着IfI
I3の露出面5A〜3AKはサンドをプラストする(サ
ンドは昭和電工KK製造の七うンダム#220使用、吹
付は距W10ffi、ブラスト時間10秒、ブラスト圧
4%)。
The transfer paper 5 thus obtained absorbs water from the mount 1, scrapes the dextrin paste layer 2, and pierces the mount 1 from the adhesive 5 (see FIG. 2). Next, the transfer paper 5A with the mount 1 removed
is packed with ice on the ceramic l1i6 with the pattern N14 facing upward (see Figure 3), and after sealing, the pattern m4 and the adhesive IfI
The exposed surfaces 5A to 3AK of I3 are blasted with sand (sand used is Seven Dam #220 manufactured by Showa Denko KK, spraying distance W10ffi, blasting time 10 seconds, blasting pressure 4%).

模様層4はブラスト嘔1するサンドに対して耐摩  、
耗性大なるためtIA様層4下部の陶磁器面6は保護さ
ノする。また模様層4下の接着層3は礫横響4の固定を
良くするσ)で都合がよい、他方、接着層3の露出面3
A−3Aは陳麿耗性が小さいので、プラストされるサン
ドにより約1〜2秒で摩耗損失し、下部の陶磁器面6を
WIi輛させる(第6図参照χそこでサンドブラストを
止め、氷詰〕した転写紙5Aを除去するこ七により、陶
磁器面6には模様層4に被われ、歴耗濱れない部分と、
接着!131!出面3AK相当する形状の凹部6Aとに
よる転写模様7が得ら2しる(第5図7照)。
The pattern layer 4 is resistant to sand blasting,
The ceramic surface 6 under the tIA-like layer 4 is protected because it is highly abrasive. In addition, the adhesive layer 3 under the pattern layer 4 is convenient because it improves the fixation of the gravel transverse 4. On the other hand, the exposed surface 3 of the adhesive layer 3
Since A-3A has low abrasion resistance, it wears out in about 1 to 2 seconds due to the sand being blasted, causing the lower ceramic surface 6 to collapse (see Figure 6). Then, the sandblasting is stopped and the ice is packed. By removing the transferred transfer paper 5A, the ceramic surface 6 is covered with the pattern layer 4 and has a portion that does not wear out.
Glue! 131! A transferred pattern 7 is obtained by forming a concave portion 6A having a shape corresponding to the exit surface 3AK (see FIG. 5, 7).

なお、本例の転写紙5において@様層4の0.51Ij
巌が陶磁器面6に再現できる最大圧力は6%であシ、模
様N4下の陶磁器面6部位にブラスト時のキズがつかな
い最大圧は6%で、かつブラスト圧6すにおいて模様層
4が破壊されるまでの時間は60秒であった。このため
本例1の転写紙5は模様の再現性の良好なものでおる。
In addition, in the transfer paper 5 of this example, 0.51Ij of the @-like layer 4
The maximum pressure that Iwao can reproduce on the ceramic surface 6 is 6%, and the maximum pressure that does not cause scratches on the ceramic surface 6 under the pattern N4 during blasting is 6%, and the pattern layer 4 is The time until destruction was 60 seconds. Therefore, the transfer paper 5 of Example 1 has good pattern reproducibility.

実施例2 第6図〜WI、9図において、11は台紙、12は台紙
11上に形成された糊料層で、いずれも前記実施例1と
同様に形成されている。13は糊料11112上の全面
に形成された接WINである。練液81!113はエチ
ルセルロース20部とプチルフクテート80部の溶液5
0部とアクリル樹脂溶液50部との混合物を塗布し乾愉
濾せた厚さ3μである。
Example 2 In FIGS. 6 to WI and 9, 11 is a mount, and 12 is a paste layer formed on the mount 11, both of which are formed in the same manner as in Example 1. 13 is a contact WIN formed on the entire surface of the paste 11112. Mixing solution 81!113 is a solution 5 of 20 parts of ethyl cellulose and 80 parts of butylphuctate.
A mixture of 50 parts of acrylic resin solution and 50 parts of acrylic resin solution was applied and dried to a thickness of 3 μm.

14は接着層15上の全面にスクリーン印刷された衝撃
緩和層でろシ、エチルセルロース20部とプチルフクテ
ート80部とよシなる溶液35部とアクリル樹脂55部
と、単味を持たせるための、タルク微粉30部を混合し
た混合物を塗布乾燥させた摩さ50μのものである。1
5はプラストされるサンドに対して耐摩耗性を有する模
様−でありて、衝撃緩和層14上に所定模様となるよう
に使用)に硅酸ジルコ′ニウム徽粉30部を加えたイン
クを120メツシユのステンレススクリーン印刷版にて
印刷し乾燥させた厚き50μのものである。得られた転
写紙16は吸水させて台紙1を剥繭した後、これを模様
層15が上向きになるようにしてガラス面17に氷詰シ
(第7図参照)し、%とじた。模様1115け附摩粍性
であり、かつ模様層15の下部には衝撃緩和層14が設
けてあシ、ブラスト圧が大きくても模様1115下部は
表面てきずがつかず本来のガラス面17がそのまま残さ
れる。他方、衝撃緩和層14の露出面14A〜14ムは
#摩耗性が小さいため、当接するサンドによシ約1〜2
秒で一純損失し、下部のガラス面17を摩耗する。そし
てブラスト圧が本V」のように六層い場合はガラス面1
7は沫〈研削され、ガラス而17に深い凹部17A〜1
7Aが形成される(第8図参照)。そこでサンドブラス
トを止め、転写紙16Aを除去することによシ、ガラス
面17Aには鮮明な所定の転写模様18が得られる(第
9図参照)。
Reference numeral 14 is a shock-reducing layer screen-printed on the entire surface of the adhesive layer 15, which contains 20 parts of ethyl cellulose, 80 parts of butylphuctate, 35 parts of a better solution, 55 parts of acrylic resin, and fine talc powder to give it a simple taste. 30 parts of the mixture was coated and dried to a polish of 50 μm. 1
5 is a pattern that has abrasion resistance against the sand that is to be applied, and is made by adding 120 parts of ink to 30 parts of zirconium silicate powder (used to form a predetermined pattern on the impact-reducing layer 14). It is 50μ thick and printed on a mesh stainless steel screen printing plate and dried. The resulting transfer paper 16 was allowed to absorb water and the mount 1 was peeled off, and then packed with ice on the glass surface 17 (see FIG. 7) with the pattern layer 15 facing upward, and bound. The pattern 1115 is resistant to abrasions, and the lower part of the pattern layer 15 is provided with a shock absorbing layer 14, so that even if the blasting pressure is large, the surface of the lower part of the pattern 1115 will not be damaged and the original glass surface 17 will remain intact. It will be left as is. On the other hand, the exposed surfaces 14A to 14M of the impact-reducing layer 14 have a low abrasion resistance, so that the exposed surfaces 14A to 14M of the impact mitigation layer 14 have a resistance of about 1 to 2 mm to the sand that comes into contact with them.
There is a net loss in seconds and the lower glass surface 17 is worn out. If the blasting pressure is 6 layers as in "Book V", the glass surface 1
7 is ground and has deep recesses 17A to 1 in the glass 17.
7A is formed (see Figure 8). By stopping the sandblasting and removing the transfer paper 16A, a clear predetermined transfer pattern 18 can be obtained on the glass surface 17A (see FIG. 9).

本第2s#!施例においては+A様層15の下部に衝撃
緩和層14を設は念ため、大きなブラスト圧に対しても
模様層35上部はきすが付かず、美しい転写頃Ija1
8が形成される。
Book 2s#! In this example, the impact-reducing layer 14 was provided under the +A-like layer 15, so that even under large blasting pressure, the upper part of the pattern layer 35 was not scratched, and the beautiful transfer period Ija1
8 is formed.

なお、本実施例2の転写紙と、実権例1の転写紙に対し
、吹付は距lit 0ffi、ブラスト圧6%で10秒
間、ガラス面にプラストし、模様層下にキズが生じない
最大サンド粒子の大きさを調べた結果では、本実施例2
の転写紙では七ランダム#150であシ、実施例1の転
写紙では七ランダム#220であ沙、1!施例2の転写
紙は衝撃緩和層を設けたため、大きい粒子に対しても模
様層下のガラス面にキズが生じなかった。
The transfer paper of Example 2 and the transfer paper of Actual Example 1 were sprayed onto the glass surface at a distance of 0ffi and a blasting pressure of 6% for 10 seconds to achieve the maximum sanding that would not cause scratches under the pattern layer. According to the results of examining the particle size, this Example 2
For the transfer paper of Example 1, it was 7 random #150, and for the transfer paper of Example 1, it was 7 random #220, 1! Since the transfer paper of Example 2 was provided with an impact-relaxing layer, the glass surface under the pattern layer was not scratched even by large particles.

実施例3       □:1□:・ 第10図において、21は台紙、22は糊料−123は
接着層、24は接y#l11123に所定模様となるよ
うに部分的に形成され九模様層であ〕、前記各層は実施
Zj 1と同様に形成されている。25は接jlJII
123の露出面23Aと模様層24とを被う耐孝粍性の
小さい被襖着である。該被膜層25はエチルセルロース
60%溶液(溶剤はンルベフソ#150とプチルセロソ
ルグの等量混合溶剤使用)を60メツVユのカイロ8/
製のスクリーンを介して印刷して乾燥し、厚さ20μに
形成さnている。
Example 3 □:1□:・ In Fig. 10, 21 is a mount, 22 is a paste, 123 is an adhesive layer, 24 is a 9-pattern layer that is partially formed in a predetermined pattern on the adhesive #l11123. A] Each of the above layers is formed in the same manner as in Example Zj 1. 25 is the contact jlJII
This is a covering that covers the exposed surface 23A of 123 and the pattern layer 24 and has low corrosion resistance. The coating layer 25 is made of a 60% ethyl cellulose solution (the solvent used is a mixed solvent of equal amounts of Nlubefuso #150 and Butyl Cellosorg) in a 60 m/w warmer.
The film was printed through a manufactured screen and dried to a thickness of 20 μm.

しかして、本例の転写紙26け表面に被[125が設け
であるので、転写紙26の取扱いに際し、模様1!24
が保護され、模41tl124にキズ等が生じない、な
お、被1*1Fi125け#明輝性が小はいので、サン
ドプラス)K!しては、簡単に除去さへ本例の転写紙2
6は前記した+1!施例1の転写紙5と同様の作用効果
を奏するも(7)でちる。
However, since the surface of the transfer paper 26 of this example is provided with a cover [125], when handling the transfer paper 26, it is difficult to
will be protected and no scratches will occur on the model 41tl124.In addition, the 1 * 1Fi125 # brightness is small, so sand plus) K! It is easy to remove the transfer paper 2
6 is +1 as mentioned above! It also has the same effect as the transfer paper 5 of Example 1 (7).

実施例4 !11図に・、幹いて、61は台紙、52は糊料″1・
、、。
Example 4! In Figure 11, the stem is shown, 61 is the mount, and 52 is the glue "1.
,,.

譬、33は接rII14I4.641dm撃ai:h+
#、65は衝撃緩和@34に所定編機となるように部分
的に形成されたi様層でToり、前記各層は実施例2と
同様に形成されている。66は衝撃緩和層54の露出面
34Aと模様層35上に形成された破I!II層であっ
て、サンドブラストに対し耐#I耗性が小さいものであ
る。被[1136は前記した実mm13の破膜層25と
同組成よりなる。
Parable, 33 is contact rII14I4.641dm attack ai:h+
#, 65 is an i-like layer partially formed to provide a predetermined knitting machine for impact relaxation @34, and each of the layers is formed in the same manner as in Example 2. 66 is a fracture I formed on the exposed surface 34A of the impact mitigation layer 54 and the pattern layer 35! It is a II layer and has low #I abrasion resistance against sandblasting. The coating 1136 has the same composition as the ruptured membrane layer 25 of the actual mm13 described above.

本例の転写紙37は被膜層36が設けであるため、転写
紙67表面を保護することができ取扱いに際しキズなど
が生じない。なお、被膜層66は耐摩耗性が小さいので
、サンドブラストに際【、てはQ崖に除去され、本例の
転写紙37は前記実施例2の転写紙16と同様の作用効
果を奏する。
Since the transfer paper 37 of this example is provided with the coating layer 36, the surface of the transfer paper 67 can be protected and no scratches will occur during handling. Note that since the coating layer 66 has low abrasion resistance, it is removed by the Q cliff during sandblasting, and the transfer paper 37 of this example has the same effect as the transfer paper 16 of the second embodiment.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図〜第5図は本発明の第1実施例を示すものであり
、第1図は転写紙の構成を示す説明図、第2図は台紙の
剥離工程の説明図、第5図は台紙を剥離した転写紙を陶
磁器面に水貼りした状態の翫明図、第4図はサンドブラ
スト後の状弗図、第5図は形成さ7″L九転写模様の説
明図であ“る。 @6図〜第9図は不発明の第2実施例を示すものであつ
て、11g6図は転写紙の別構成を示す説明図、第7図
は台紙を剥離した転写紙をガラス面に氷詰如した状態の
説明図、第8図はサンドブラスト後の状態図、第9図は
形成きれた転写模様の説明図である。第10図は不発明
の第5爽施例の構成を示す説明図、第11図は本発明の
第4実施例のl!4成を示す説明図である。 1.11,21.31・・・台紙 2、12.22.32・・・糊料層 &13,23.33・・・接着層 3A、14A、23A、34A・・・露出面4.15,
24.35・・・模様層 5.5A、 16,16A、 26.37・・・転写紙
6・・・陶磁器面 6A、17A・・、凹部 7,18・・・転写模様17
・・・ガラス面 25、36・・・被fiN’層 出  願  人   株式会社ノリタケカンパニーリミ
テド代  理  人    弁 理 士 岡  1) 
英  彦筑 1 図 / 113  図 t4 又 箪5r!A 蔑 (S 図 拳、 7 図 ]l 春 Q 図 簾 10図
1 to 5 show a first embodiment of the present invention, FIG. 1 is an explanatory diagram showing the structure of the transfer paper, FIG. 2 is an explanatory diagram of the process of peeling off the mount, and FIG. A perspective view of the transfer paper with the mount removed and applied to the ceramic surface with water, Figure 4 is a diagram of the state after sandblasting, and Figure 5 is an explanatory diagram of the formed 7''L9 transfer pattern. @Figures 6 to 9 show the second embodiment of the invention, Figure 11g6 is an explanatory diagram showing another configuration of the transfer paper, and Figure 7 is an explanatory diagram showing another structure of the transfer paper. FIG. 8 is an illustration of the state after sandblasting, and FIG. 9 is an illustration of the fully formed transfer pattern. FIG. 10 is an explanatory diagram showing the configuration of a fifth embodiment of the present invention, and FIG. 11 is an explanatory diagram showing the configuration of a fifth embodiment of the present invention. FIG. 4 is an explanatory diagram showing four components. 1.11, 21.31... Mounting paper 2, 12.22.32... Glue layer &13, 23.33... Adhesive layer 3A, 14A, 23A, 34A... Exposed surface 4.15,
24.35... Pattern layer 5.5A, 16, 16A, 26.37... Transfer paper 6... Ceramic surface 6A, 17A..., recessed part 7, 18... Transfer pattern 17
...Glass surfaces 25, 36...FiN' layer applicant: Noritake Co., Ltd., Limited Agent: Patent attorney Oka 1)
Hidehikozuki 1 Figure / 113 Figure t4 Matata 5r! A despise (S zuken, 7 figs.) l Spring Q zuren 10 figs.

Claims (4)

【特許請求の範囲】[Claims] (1)  吸水性の転写用台紙上に、水に対して溶解す
る再湿性の糊料層が設げられ、該sllll上には被加
工lK対して接着力を有しプラストされるサンドに対し
て耐摩耗性が小きい接着層が設けられ、該接着層上には
接着層に部分的に接着されて所定模様形状をなしかつ前
記サンドに対して耐摩耗性の大きい模′様層が設けられ
てなることを特徴としたサンドブラスト用の転写紙。
(1) A rewet adhesive layer that dissolves in water is provided on the water-absorbent transfer mount, and has an adhesive layer on the sllllll that has adhesive strength to the workpiece and is resistant to the sand to be applied. an adhesive layer having low abrasion resistance is provided on the adhesive layer, and a patterned layer partially adhered to the adhesive layer to form a predetermined pattern shape and having high abrasion resistance to the sand is provided. A transfer paper for sandblasting that is characterized by being eroded.
(2)  吸水性の転写用台紙上に、水に対して溶解す
る再湿性の糊@臀が設けられ、該糊@層とては被加工1
1jK対して接着力を有しブラストされるサンドに対し
て耐摩耗性が小をい接7if層が設けられかつ#接着層
上には前記サンドに対する匍撃を緩和する耐摩耗性の小
さい衝撃緩和層が設けられ、該衝撃緩和層上には衝撃I
ii和讐に部分的に接着されて所定@槍形状をなしかつ
前記サンドに対して耐摩耗性の大きい模様層が設けられ
てなることを特徴としたサンドブラスト用の転写紙。
(2) A rewetting adhesive that dissolves in water is provided on the water-absorbent transfer mount, and the adhesive layer is applied to the workpiece 1.
A 7if layer is provided which has an adhesive force against 1jK and has low abrasion resistance against the sand being blasted, and a shock absorbing layer with low abrasion resistance is provided on the adhesive layer to alleviate the impact against the sand. A layer is provided on the shock absorbing layer, and an impact I
(ii) A transfer paper for sandblasting, characterized in that it is provided with a pattern layer partially adhered to the sand to form a predetermined spear shape and highly abrasion resistant to the sand.
(3)  吸水性の転写用台紙上に、水に対して溶解す
る再湿性の糊料層が設けらjL、該糊料層上には被加工
圓に対して接着力を有しブラスト4れるサンドに対して
#ll耗性が小さい接1ぎ臂が設けられ、該接7f層上
には接着層に部分的に接着されて所定模様形状をなしか
つ前記サンドに対してfvI耗性の大きい模様層が設け
られ、かっ該横様−捷び露出した接fllN上には前記
サンドに対し#李耗性が小さい被iII層が設けられて
なることを特徴とじ九すンドプフスト用の転写紙。
(3) On the water-absorbing transfer mount, there is provided a water-dissolved re-wetting adhesive layer, and on the adhesive layer there is a blasting material having adhesive strength to the processed circle. A contact arm is provided which has low #ll abrasiveness to sand, and is partially adhered to the adhesive layer on the contact 7f layer to form a predetermined pattern and has high fvI abrasiveness to the sand. 1. A transfer paper for sand pufst, characterized in that a pattern layer is provided, and a layer to be coated with less abrasion resistance against the sand is provided on the exposed contact fllN when the parentheses are separated horizontally.
(4)、吸水性の転写用台紙上に、水に対して溶解する
再湿性の糊料層が設けられ、該糊料層上1ては被加工1
flニ対して接着力を有しブラストサttルサンドに対
して甜−耗性が小をい接着層が設けらへかつ#!I?着
讐上にはniJ記サンドに対する向撃を緩和する耐摩耗
性の小さい衝撃緩和−が設けられ、該衝撃a!和讐上に
?1 @J撃緩和讐に部分的に接層されて所定模様形状
をなしかつ前記サンドに対してv14卓社性の大きい模
様層が設けられ、かつ該模様層及び露出した衝撃緩和層
上には前記サンドに対して耐摩耗性が小さい鼓膜層が設
けら7してなることを特徴としたサンドブラスト用の転
写紙。
(4) A re-wetting adhesive layer that dissolves in water is provided on the water-absorbent transfer mount, and the adhesive layer 1 is placed on the workpiece 1.
It has an adhesive layer that has adhesive strength against fl and less abrasiveness against blast sand. I? A shock absorber with low abrasion resistance is provided on the surface of the tire to alleviate the counterattack against the NiJ sand, and the shock a! On revenge? 1 @J A pattern layer is provided which is partially in contact with the impact-reducing layer to form a predetermined pattern and has a large v14 resistance to the sand, and on the pattern layer and the exposed impact-reducing layer. A transfer paper for sandblasting, characterized in that a tympanic membrane layer having low abrasion resistance against the sand is provided.
JP8225382A 1982-05-14 1982-05-14 Transfer paper for sand blast Granted JPS58202774A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP8225382A JPS58202774A (en) 1982-05-14 1982-05-14 Transfer paper for sand blast

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP8225382A JPS58202774A (en) 1982-05-14 1982-05-14 Transfer paper for sand blast

Publications (2)

Publication Number Publication Date
JPS58202774A true JPS58202774A (en) 1983-11-26
JPH032631B2 JPH032631B2 (en) 1991-01-16

Family

ID=13769271

Family Applications (1)

Application Number Title Priority Date Filing Date
JP8225382A Granted JPS58202774A (en) 1982-05-14 1982-05-14 Transfer paper for sand blast

Country Status (1)

Country Link
JP (1) JPS58202774A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS62187145A (en) * 1986-02-14 1987-08-15 Kozaburo Kanari Method for patterning glassware with colored japanese lacquer
JPH0558765A (en) * 1991-08-27 1993-03-09 Nippon Pillar Packing Co Ltd Production of ceramic member with groove on surface

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5434365A (en) * 1977-08-23 1979-03-13 Nippon Sekiso Kogyo Kk Molding composite using paper pulp wastes
JPS554549A (en) * 1978-06-28 1980-01-14 Funken:Kk Instantaneous weight flow rate measuring method and instantaneous weight flowmeter of powder in powder feeding machine

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5434365A (en) * 1977-08-23 1979-03-13 Nippon Sekiso Kogyo Kk Molding composite using paper pulp wastes
JPS554549A (en) * 1978-06-28 1980-01-14 Funken:Kk Instantaneous weight flow rate measuring method and instantaneous weight flowmeter of powder in powder feeding machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS62187145A (en) * 1986-02-14 1987-08-15 Kozaburo Kanari Method for patterning glassware with colored japanese lacquer
JPH0558765A (en) * 1991-08-27 1993-03-09 Nippon Pillar Packing Co Ltd Production of ceramic member with groove on surface

Also Published As

Publication number Publication date
JPH032631B2 (en) 1991-01-16

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