CN104275899B - Nano coating simulation painting and calligraphy paper and manufacture method thereof - Google Patents

Abstract

The invention relates to the technical field of simulated calligraphy and painting paper, and discloses a nano-coating simulated calligraphy and painting paper and a production method thereof. Dry glue is bonded to form a nano-membrane surface capable of painting and calligraphy, forming nano-coating simulation calligraphy and painting paper. The calligraphy and painting paper includes: PVC plastic film, adhesive layer, nano-coating layer, and the soft PVC plastic film of the rectangle is bonded by flexible Scrub-resistant calligraphy and painting paper is composed of the nano-coating layer and the nano-coating layer. The scrub-resistant calligraphy and painting paper includes: Zhongtang scrub-resistant calligraphy and painting paper, scrub-resistant calligraphy and painting paper with traced red characters, scrub-resistant banner calligraphy and painting paper, and large-format scrub-resistant calligraphy and painting paper. The invention is easy to manufacture and low in cost; the surface of the nano-coating film is fine and elastic and has good texture; it is scrub-resistant and reusable; it can be used for calligraphy and painting and is suitable for printing; it is green and environmentally friendly and beneficial to health.

Description

Nano-coating simulated calligraphy and painting paper and its manufacturing method

technical field

The invention relates to the technical field of simulated calligraphy and painting paper, in particular to a nano-coating simulated calligraphy and painting paper and a production method thereof. The invention is applicable to the training and use of traditional calligraphy and painting skills and plays a very important role in the inheritance of traditional calligraphy and painting skills.

Background technique

Traditional Chinese calligraphy and painting have always been valued and loved by people, and many people follow them. In 2011, the State Education Commission listed calligraphy as a compulsory course in primary and secondary schools, which greatly promoted the popularization of calligraphy art and expanded the team of calligraphy practitioners.

However, practice and creation of calligraphy and painting consume a lot of paper. This is not a small economic burden for individuals and families; and for society, producing a large amount of paper means cutting down a large amount of bamboo and wood, which will inevitably cause damage to the environment. Therefore, people are always actively looking for ways to reduce paper usage. At present, people practice calligraphy and painting, and mainly still use rice paper, rough edge paper and general writing paper. In addition, many calligraphy and painting lovers are also using water writing paper and water writing cloth. This kind of water writing paper and water writing cloth is to apply the moisture-sensitive color-changing ink on the paper or cloth with black base by silk screen printing. When writing on it with a brush dipped in water, black writing will appear. This product can save paper and ink and can be reused, but it also has great limitations. Mainly: the handwriting cannot be preserved, and the water-dried characters disappear; it can only be used for calligraphy practice, not for painting; the color of the paper and cloth is dark and the texture is poor.

Contents of the invention

The object of the present invention is to aim at the deficiencies of existing products, to provide a kind of nano-coating simulation calligraphy and painting paper and its production method, which has the characteristics of good texture, dual-use for calligraphy and painting, low price, and reusable characteristics, and the nano-coating simulation calligraphy and painting paper can meet the general requirements. Calligraphy and painting lovers and primary and middle school students learn the use of traditional calligraphy and painting.

In order to realize the above-mentioned purpose of the invention, the present invention adopts following technical scheme:

A kind of nano-coating imitation painting and calligraphy paper, comprising: PVC plastic film, adhesive layer, nano-coating, described rectangular soft PVC plastic film is combined with nano-coating through flexible adhesive layer to form scrub-resistant painting and calligraphy paper, scrub-resistant Calligraphy and painting paper includes: scrub-resistant calligraphy and painting paper for Zhongtang, scrub-resistant calligraphy and painting paper for tracing red letters, scrub-resistant calligraphy and painting paper for banners, and large-format scrub-resistant calligraphy and painting paper.

A kind of nano-coating simulation calligraphy and painting paper, the specification of Zhongtang scrub-resistant calligraphy and painting paper is: 80*50cm to 100*50cm or 100*80cm, and the thickness of PVC plastic film is 8-12dmm.

A kind of nano-coating imitation calligraphy and painting paper, the specifications of the rubbing-resistant calligraphy and painting paper with red lettering stickers are: the specifications of the student's homework book; the thickness of the PVC plastic film of the big letters homework book is 8-12dmm.

A kind of nano-coating simulation calligraphy and painting paper, the specifications of the scrub-resistant painting and calligraphy paper are: 1*0.5m to 2*0.5m; 2*1m to 5*1m; 5*1m to 20*1m; 20*1m to 400*1m; The thickness of PVC plastic film is 8-12dmm.

A kind of nano-coating imitation calligraphy and painting paper, the specification of huge scrubbing-resistant calligraphy and painting paper is: it is composed of several banners bonded side by side.

A method for making nano-coating imitation calligraphy and painting paper, using PVC plastic film as the base material, on the rubber surface after the siliconized backing paper is removed, the nano-coating and the PVC plastic film are firmly bonded together with self-adhesive, using The particles of the nano-coating are bonded with self-adhesive to form a nano-film surface capable of painting and calligraphy, forming a nano-coating simulation paper for painting and calligraphy; the specific steps are as follows:

1) Choose to be in a closed and windless room with a temperature above 5°C and a relative humidity above 85%.

2) Select the thickness of the plastic film, then lay a soft PVC plastic film on the indoor platform, cut the PVC plastic film, remove the siliconized backing paper, and expose the rubber surface;

3) Spray soft self-adhesive on the PVC plastic film to form an adhesive layer;

4) Spray nano-coating on the adhesive layer formed by self-adhesive to form a nano-coating film surface for printing and calligraphy and painting, that is, a nano-coating layer; make nano-coating simulation paper for painting and calligraphy.

A method for making nano-coating simulation calligraphy and painting paper, spraying nano-coating on the adhesive layer of the PVC plastic film glue surface is two times of nano-coating: the first pass of nano-coating is uniformly coated on the adhesive layer of the PVC plastic film glue surface. The paint is dried until it is basically dry, and then evenly coated with the nano-coating for the second time, and dried until it is completely dry to make a nano-coating simulation paper for painting and calligraphy; the dried nano-coating film can be stored for printing and painting. The paint imitation painting and calligraphy paper can be made into products of various specifications.

A preparation method of nano-coating imitation painting and calligraphy paper, wherein the nano-coating includes the first-pass nano-coating and the second-pass nano-coating are nano-wall paints;

The first pass of nano-coating is to mix 40% water into the nano-wall paint and stir evenly;

The second nano-coating is to mix 25-30% of water into the nano-wall paint and stir evenly;

When it is necessary to change the color of the nano-coating film, add the corresponding paint color essence to the second coating of nano-coating to make the corresponding film color; the dried nano-coating film is suitable for printing and making various specifications The product.

The invention discloses a method for making nano-coating imitation calligraphy and painting paper. The PVC plastic film is a polyvinyl chloride plastic film, and the polyvinyl chloride plastic film is a reel structure that can be cut and unfolded according to the size.

The invention discloses a method for making nano-coating imitation calligraphy and painting paper. The adhesive layer coated on the PVC plastic film surface is self-adhesive, and the self-adhesive is non-toxic and tasteless water-based acrylic pressure-sensitive adhesive.

Owing to adopting above-mentioned technical scheme, this book has following superiority:

A kind of nano-coating imitation calligraphy and painting paper and its production method. The nano-coating and PVC plastic film are firmly bonded together with self-adhesive, and the film surface formed by using the special particle structure and function of the nano-coating makes it a surface that can be placed on it. The nano-coating for calligraphy and painting simulates calligraphy and painting paper. The preparation method is simple and the cost is low; the surface of the nano-coating film is delicate and elastic, and the texture is good; it is resistant to scrubbing and can be reused; it can be used for both calligraphy and painting, and is suitable for printing;

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Accompanying drawing 1 is the structural representation of nano-coating simulation calligraphy and painting paper;

Accompanying drawing 2 is the schematic cross-sectional structure diagram of accompanying drawing 1;

In the figure: 1, is the PVC plastic film, 2, is the bonding layer, 3, is the nano coating layer.

detailed description

As shown in Figures 1 and 2, a kind of nano-coating imitation calligraphy and painting paper comprises: PVC plastic film 1, adhesive layer 2, nano-coating layer 3, described as the PVC plastic film of rectangular soft plane by flexible adhesive layer 2 is combined with the nano-coating layer 3 to form scrub-resistant calligraphy and painting paper, which includes: Zhongtang scrub-resistant calligraphy and painting paper, scrub-resistant calligraphy and painting paper with traced red characters, banner scrub-resistant calligraphy and painting paper, and large-format scrub-resistant calligraphy and painting paper.

The specifications of the scrub-resistant calligraphy and painting paper described in the nano-coating simulation calligraphy and painting paper are: 80*50cm to 100*50cm or 100*80cm, and the thickness of the PVC plastic film is 8-12dmm.

The specifications of the red letter stickers described in the nano-coating simulation calligraphy and painting paper are: the specifications of the student's capital letters homework book; the thickness of the PVC plastic film of the big letters homework book is 8-12dmm.

The specifications of the banner scrub-resistant calligraphy and painting paper described in the nano-coating simulation calligraphy and painting paper are: 1*0.5m to 2*0.5m; 2*1m to 5*1m; 5*1m to 20*1m; 20*1m to 400*1m ; The thickness of PVC plastic film is 8-12dmm.

The specifications of the huge scrub-resistant painting and calligraphy paper described in the nano-coating simulation calligraphy and painting paper are: it is composed of several banners bonded side by side.

A method for making nano-coating imitation calligraphy and painting paper, using PVC plastic film 1 as a base material, on the rubber surface after the siliconized backing paper is removed, the nano-coating and the PVC plastic film are firmly bonded together with self-adhesive, Use nano-coating particles and self-adhesive to bond to form a nano-film surface that can be used for calligraphy and painting to form a nano-coating simulation painting and calligraphy paper; the specific steps are as follows:

1) Choose to be in a closed and windless room with a temperature above 5°C and a relative humidity above 85%.

2) Select the thickness of the plastic film, then lay a soft PVC plastic film on the indoor platform, cut the PVC plastic film, remove the siliconized backing paper, and expose the rubber surface;

3) Spray soft self-adhesive on the PVC plastic film to form the adhesive layer 2;

4) Spray nano-coating on the bonding layer 2 formed by self-adhesive to form a nano-coating film surface for printing and calligraphy and painting, that is, nano-coating layer 3, and make nano-coating simulation paper for painting and calligraphy.

Wherein on the adhesive layer 2 of PVC plastic film 1 glue surface, spraying nano-coating is two times of nano-coatings: on the adhesive layer 2 of PVC plastic film 1 glue surface, evenly coat the first time nano-coating, air to substantially dry , and then evenly apply the nano-coating for the second time, and let it dry completely to make nano-coating simulation painting and calligraphy paper; the dried nano-coating film surface can be stored for printing and painting and calligraphy, and nano-coating simulation painting and calligraphy paper can into products of various specifications.

The first pass nano-coating and the second pass nano-coating that described nano-coating comprises are nano wall surface paint; The first pass nano-coating is to mix 40% clear water in nano-wall surface paint, stir; The second pass nano-coating It is to mix 25-30% clear water into the nano wall paint and stir evenly.

When it is necessary to change the color of the nano-coating film, add the corresponding paint color essence to the second coating of nano-coating to make the corresponding film color; the dried nano-coating film is suitable for printing and making various specifications The product.

The above-mentioned PVC plastic film 1 is a polyvinyl chloride plastic film, and the polyvinyl chloride plastic film is a roll structure that can be cut and unfolded according to the size. The adhesive layer coated on the surface of the PVC plastic film is 2 self-adhesives, and the self-adhesives are non-toxic and tasteless water-based acrylic pressure-sensitive adhesives.

In a closed and windless room with a temperature above 5°C and a relative humidity above 85%, determine the thickness of the plastic film to be used, unroll the roll of PVC plastic film, cut it according to the required size, and remove the siliconized backing paper , exposing the rubber surface. Add 40% water to the nano-coating, stir evenly, use a brush or roller to coat, or spray, and evenly coat the nano-coating on the surface of the plastic film, and let it dry until it is basically dry. When brushing for the second time, the water-water ratio in the nano-coating is 25-30%. The water-water ratio in the nano-coating is not an absolute fixed value, and changes within a certain range have no substantial impact. After drying until completely dry, that is It can be stored for painting and calligraphy. Cut PVC plastic film, its size can be freely selected within the range of PVC plastic film roll specification 400*1m. The thickness of the PVC plastic film can be selected according to needs. If you need to change the color, you can add the corresponding color essence for paint when coating the nano-coating for the second time. The dried nano-coating film is suitable for printing and can be made into various products.

Example 1

A kind of nano-coating simulation painting and calligraphy paper "Zhongtang" specification: 80*50cm production method, in a closed room with no wind, temperature above 5°C, and relative humidity above 85%, choose PVC plastic film with a thickness of 10dmm, unroll the roll, Use a cutting knife to cut according to the specification of 80*50cm, spread the cut film on the platform, peel off the siliconized backing paper covering it, and expose the rubber surface. Add 40% clear water to the nano-coating, stir evenly, and apply the nano-coating on the rubber surface of the membrane with a row brush for the first brushing; after the nano-coating film surface is basically dry, brush the second time , Mix 25-30% of water in the nano-coating, and after the film surface of the nano-coating is completely dry, it can be stored for painting and calligraphy. According to the technical characterictic of embodiment 1, as long as within the scope of PVC plastic film reel specification: 400*1m, the nano-coating emulation calligraphy and painting paper of various sizes can be made by the method of embodiment 1.

Example 2

The production of nano-coating simulation calligraphy and painting paper calligraphy tracing red stickers first designs and manufactures the screen printing screen printing of red tracing copybooks, and uses 10dmm PVC plastic film rolls in a closed room with no wind, a temperature above 5°C, and a relative humidity greater than 85%. Unroll the roll, cut it according to the specifications suitable for the screen printing screen, and peel off the siliconized backing paper covering the film. Add 40% water to the nano-coating, and use a row brush to evenly coat the nano-coating on the rubber surface of the diaphragm. After the film surface of the nano-coating is basically dry, brush the second time, and add 25-30% of water to the nano-coating. After the nano-coating film surface is completely dry, it can be printed on a screen printing machine, and then die-cut and packaged after printing.

Example 3

The production of nano-coating simulation calligraphy and painting paper with a large format of 20*2m is composed of two banners with a size of 20*1m juxtaposed and bonded together. In a closed and windless room with a room temperature higher than 5°C and a relative humidity higher than 85%, pre-spread two pieces of colored striped cloth or plastic film or paper with a length of 20m and a width of 2m on the ground to prevent contamination of the ground. Unroll the film rolls, lay them on them respectively, cut them off at 20m, and peel off the siliconized backing paper. Add 40% clear water into the nano-coating, stir it evenly, and apply it on the rubber surface of two diaphragms with a specification of 20*1m by spraying. After the film surface of the nano-coating is basically dry, use the same method to spray the second time, and add 25-30% water to the nano-coating. After the surface of the nano-coating film is completely dry, turn them over so that the plastic film is facing up, and butt them together, and use self-adhesive tape for bonding. Afterwards, it can be rolled into a barrel shape, slowly unfolded on the wall from one side to the other, and fixed with a wooden wire frame while unfolding, until it is fully unfolded and fixed, forming a large-scale calligraphy and painting work on the wall. 20*2m nano-coating simulation paper for painting and calligraphy. Above-mentioned PVC plastic film is polyvinyl chloride plastic film. The self-adhesive is a water-based acrylic pressure-sensitive adhesive.

Nano-coating is a new type of coating with special functions in recent years. Due to the size effect, surface effect, quantum size effect and macroscopic quantum tunneling effect of nanoparticles, it presents functions that conventional coatings do not have in many aspects. Among them, the nano-coating film has super strong adhesion and the fineness of the film surface, scrub resistance, self-cleaning, air purification, antibacterial and anti-mildew functions.

Nano-coatings should be called Nanocomposite Coatings, with at least one phase size between 1 and 100nm; generally speaking, nano-coatings are nanocomposites formed by adding nanomaterials to traditional coatings to disperse and modify the original coatings. Materials, nano-wall paint is a kind of nano-composite paint, such as: nano-wall paint formed after adding nano-materials to traditional paint wall paint.

Claims (7)

1. A kind of nano-coating imitation calligraphy and painting paper, comprising: PVC plastic film, adhesive layer, nano-coating layer, it is characterized in that: the soft PVC plastic film (1) of described rectangle passes through flexible adhesive layer (2) and The nano-coating layer (3) is combined to form scrub-resistant calligraphy and painting paper, which includes: Zhongtang scrub-resistant calligraphy and painting paper, scrub-resistant calligraphy and painting paper with red letter stickers, scrub-resistant calligraphy and painting paper for banners, and large-format scrub-resistant calligraphy and painting paper; The adhesive layer (2) coated on the surface of the PVC plastic film is self-adhesive, and the self-adhesive is a non-toxic and tasteless water-based acrylic pressure-sensitive adhesive; The nano paint layer (3) includes a first nano paint layer and a second nano paint layer, and the first nano paint layer and the second nano paint layer are nano wall paints. 2. A kind of nano-coating simulation calligraphy and painting paper according to claim 1, characterized in that: the specifications of the scrub-resistant painting and calligraphy paper in the middle hall are: 80*50cm to 100*50cm or 100*80cm, and the thickness of the PVC plastic film is 8 -12dmm. 3. A kind of nano-coating simulation calligraphy and painting paper according to claim 1, characterized in that: the specifications of the rubbing-resistant calligraphy and painting paper with red characters are as follows: the specifications of the student's homework book; the thickness of the PVC plastic film of the big letter homework book is 8 -12dmm. 4. A kind of nano-coating simulation calligraphy and painting paper according to claim 1, characterized in that: the specifications of the banner scrub-resistant calligraphy and painting paper are: 1*0.5m to 2*0.5m, 2*1m to 5*1m, 5 *1m to 20*1m, or 20*1m to 400*1m; the thickness of PVC plastic film is 8-12dmm. 5. A nano-coating simulation paper for calligraphy and painting according to claim 1, characterized in that: the specification of the huge scrub-resistant painting and calligraphy paper is: it consists of several strips bonded side by side. 6. A method for making nano-coating imitation calligraphy and painting paper, characterized in that: PVC plastic film (1) is used as the base material, and the nano-coating and PVC plastic are bonded with self-adhesive on the rubber surface after the siliconized backing paper is removed. The films are firmly bonded together, and the particles of the nano-coating are bonded with the self-adhesive to form a nano-film surface capable of painting and calligraphy, forming a nano-coating simulation paper for painting and calligraphy; the specific steps are as follows: 1) Choose to be in a closed and windless room with a temperature above 5°C and a relative humidity above 85%. 2) Select the thickness of the plastic film, then lay a soft PVC plastic film on the indoor platform, cut the PVC plastic film, remove the siliconized backing paper, and expose the rubber surface; 3) Spray soft self-adhesive on the PVC plastic film to form an adhesive layer (2); 4) Spray nano-coating on the bonding layer (2) formed by self-adhesive to form a nano-coating film surface for printing and calligraphy and painting, that is, nano-coating layer (3); make nano-coating simulation painting and calligraphy paper; Spray nano-coating on the adhesive layer (2) of the plastic surface of the PVC plastic film (1) for two times of nano-coating: apply the first pass evenly on the adhesive layer (2) of the plastic surface of the PVC plastic film (1) Nano-coating, let it dry, and then evenly apply the nano-coating for the second time, let it dry completely, and make nano-coating simulation paper for painting and calligraphy; the dried nano-coating film surface can be stored for printing and painting, nano Coating imitation calligraphy and painting paper can be made into products of various specifications; The first-pass nano-coating and the second-pass nano-coating included in the nano-coating are nano-wall paints; The first pass of nano-coating is to mix 40% water into the nano-wall paint and stir evenly; The second nano-coating is to mix 25-30% of water into the nano-wall paint and stir evenly; When it is necessary to change the color of the nano-coating film, add the corresponding paint color essence to the second coating of nano-coating to make the corresponding film color; the dried nano-coating film is suitable for printing and making various specifications The product; The adhesive layer (2) coated on the surface of the PVC plastic film is self-adhesive, and the self-adhesive is a non-toxic, tasteless water-based acrylic pressure-sensitive adhesive. 7. A method for making nano-coating simulation painting and calligraphy paper according to claim 6, characterized in that: the PVC plastic film (1) is a polyvinyl chloride plastic film, and the polyvinyl chloride plastic film can be Roll structure for cutting and unfolding.