Introduction: Digital thermal transfer technology is a new technology that combines traditional thermal transfer technology and digital printing technology to print color images and designs without a plate. It has achieved great development as a personalized printing technology and entered a golden period of development.
As people's living standards have increased, the demand for personalized markets has become more pronounced. The printing industry is no exception. This puts forward the need for personalized development for the development of printing technology. The digital thermal transfer technology has achieved considerable development as a personalized printing technology and has entered a golden period of development.
Digital thermal transfer is the development and extension of traditional thermal transfer. Digital thermal transfer technology is a new technology that combines traditional thermal transfer technology and digital printing technology to print color images and patterns without a plate. The earliest applications in the United States, South Korea, Italy, Switzerland and other countries. In the country, the first technology was mainly used in advertising, signage, card, and ceramic image production. Later, with the development of the times and the advancement of science and technology, the application field has been increasing, especially the emergence of digital technology and the emergence of personalized consumption concepts. The application of thermal transfer technology has become more popular and widespread, and application products have emerged in an endless stream, covering almost all material fields. Such as: metal, wood, stone, ceramics, glass, PVC, leather, chemical fiber fabrics can apply thermal transfer technology to transfer beautiful patterns and images, production and production of exquisite products.
Digital thermal transfer is a new technology based on the traditional sublimation heat transfer printing combined with digital printing technology to print pattern images without printing. It is characterized by the use of digital printing technology to print color patterns and images without the need for plate making, which saves the plate making process and costs, and is therefore suitable for producing personalized printed products.
Digital thermal transfer production process is divided into three major parts of the design, print output, thermal transfer. The production process is simple and easy to operate. The design process includes: image data processing, graphic design, and equipment used in computers, scanners, and digital cameras. The printout process includes: image data output, and the device used has a printer. Thermal transfer process procedures include: transfer printing, the use of equipment with different forms and specifications of the thermal transfer machine, such as roller transfer machine, plate transfer machine, special size transfer machine.
The technical feature of digital thermal transfer is that the digital printing device uses a dedicated thermal transfer color print ink and thermal transfer printing paper. Digital thermal transfer has greater advantages than traditional thermal transfer. Digital thermal transfer can ensure the quality of ink as long as it can solve the problem of color reproduction; Digital thermal transfer application products are relatively extensive, suitable for personalized market.
The digital thermal transfer market is a personalized new market. Its product and market prices are determined by the concept of personalization. Digital thermal transfer products and technologies are the development and extension of traditional thermal transfer. The two markets are coexisting and complementary, and they are independent of each other, forming different market prices and consumer groups.
Core - color printing thermal transfer ink The core technology of digital thermal transfer is color printing thermal transfer ink, thermal transfer ink is made of dye-sublimation disperse dyes, other chemical additives and water, due to the ink market Used to dividing inks into oil and water-based inks, so the product appeared in the early days of the market, people said that the product is a color printing thermal transfer ink, because this ink belongs to water-based ink, and now people are used to sublimation printing ink Or thermal transfer printing ink.
Thermal sublimation phenomenon of thermal transfer ink under high temperature conditions. At high temperature, the dye on paper will be directly changed from fixed to high temperature gas, so that the color is transferred from the thermal transfer paper to the surface of the article to be transferred.
Some people say that filling the ink depends on the display, and that there is no ink to add ink. So the sublimation printer can't display the remaining ink, so how to grasp the timing of filling ink?
The amount of fill and print volume to be recorded. How much ink is filled in, and how many works are printed, as long as you make a record, then the amount of printing in advance is basically eighty-nine.
weigh. Before and after the filling of the ink cartridges, the weight is weighed, so that there are counts in the heart, feeling when it is necessary to fill, and then weighing the weight, it can generally reach eighty-nine.
By feeling. The dye-sublimation printers used by themselves are roughly filled with ink, how much they are printed, and how long they have been used. As long as they are handled by themselves, they can still be done.
Power - Personalized Market Digital thermal transfer technology can be said to be a new technology emerging to meet the needs of personalized market development and consumer demand for personalized products. It is the traditional thermal transfer technology and traditional thermal transfer products. The effective supplement of the market. Therefore, strictly speaking, the market positioning of digital thermal transfer technology and products is a personalized product market. Traditional thermal transfer products are difficult to produce small batches of personalized products due to technical limitations and plate-making costs. Therefore, in the traditional thermal transfer market, digital thermal transfer technology is a market gap before the advent of personalized products. The advent of this technology has made it possible to produce personalized thermal transfer products. Not only that, the quality of the printed images of digital thermal transfer products is far more than the traditional thermal transfer technology. This is why digital thermal transfer technology can be popularized and popularized within a few years.
In the personalized product market, digital thermal transfer technology is widely used. Digital thermal transfer products will form a huge industrial product market as technology continues to mature and application products continue to develop. This is not difficult to see from the initial market of digital thermal transfer to the current industrial market. The application products have developed from the original advertising image industry (advertising products, ceramic image products) to the current garment printing and dyeing, light industrial products (shoes, caps, boxes, Bags, umbrellas, ties), clothing accessories, webbing, craft gifts, indoor Decoration, cloth, ceramics, metal color printing and other industries.
Direction - Green With the improvement of people's living standards, there is a higher demand for materials and life. At the same time, the national government enacted a round of environmental protection policies. The printing and dyeing industry has intensified efforts to rectify the production process in recent years. Pollution treatment and resource recycling environmental issues. We all know that environmental protection is costly, but the road to environmental protection must be short-lived.
The Oeko-Tex standard certification, also known as the Oeko-Tex Standard 100, is the world's most authoritative and most influential textile eco-label. Products that are tagged with Oeko-Tex Standard 100 are tested and certified by well-known textile verification agencies (which are all affiliated with the International Environmental Textile Association) in 15 countries around the world. The Oeko-Tex Standard100 label product provides a product eco-safety guarantee that satisfies the consumer's requirements for a healthy life.
Oeko-TexStandard100 prohibits and restricts the use of possible known harmful substances in textiles. They include: PH value, formaldehyde, extractable heavy metals, nickel, insecticide/herbicide, chlorophenol, cleavable aromatic amine dyes, Sensitizing dyes, organochlorinated dye-conducting agents, organotin compounds (TBT/DBT), PVC plasticizers, color fastness, organic volatile gases, odors.
Summary: In terms of the scale of the market in recent years, China has become the world's largest digital thermal transfer processing market. Many international brands of thermal transfer color printing inks have begun to stare at the huge Chinese market and participate in market competition. There is a great deal of hope and the competition will become increasingly fierce. It can be said that the digital thermal transfer product is not a single product market. It is an integrated market with multiple forms, multiple varieties and a cross-industry. It will form a giant industrial chain to drive the production of related products, and create good social benefits and economy. Benefits have great market potential.
As people's living standards have increased, the demand for personalized markets has become more pronounced. The printing industry is no exception. This puts forward the need for personalized development for the development of printing technology. The digital thermal transfer technology has achieved considerable development as a personalized printing technology and has entered a golden period of development.
Digital thermal transfer is the development and extension of traditional thermal transfer. Digital thermal transfer technology is a new technology that combines traditional thermal transfer technology and digital printing technology to print color images and patterns without a plate. The earliest applications in the United States, South Korea, Italy, Switzerland and other countries. In the country, the first technology was mainly used in advertising, signage, card, and ceramic image production. Later, with the development of the times and the advancement of science and technology, the application field has been increasing, especially the emergence of digital technology and the emergence of personalized consumption concepts. The application of thermal transfer technology has become more popular and widespread, and application products have emerged in an endless stream, covering almost all material fields. Such as: metal, wood, stone, ceramics, glass, PVC, leather, chemical fiber fabrics can apply thermal transfer technology to transfer beautiful patterns and images, production and production of exquisite products.
Digital thermal transfer is a new technology based on the traditional sublimation heat transfer printing combined with digital printing technology to print pattern images without printing. It is characterized by the use of digital printing technology to print color patterns and images without the need for plate making, which saves the plate making process and costs, and is therefore suitable for producing personalized printed products.
Digital thermal transfer production process is divided into three major parts of the design, print output, thermal transfer. The production process is simple and easy to operate. The design process includes: image data processing, graphic design, and equipment used in computers, scanners, and digital cameras. The printout process includes: image data output, and the device used has a printer. Thermal transfer process procedures include: transfer printing, the use of equipment with different forms and specifications of the thermal transfer machine, such as roller transfer machine, plate transfer machine, special size transfer machine.
The technical feature of digital thermal transfer is that the digital printing device uses a dedicated thermal transfer color print ink and thermal transfer printing paper. Digital thermal transfer has greater advantages than traditional thermal transfer. Digital thermal transfer can ensure the quality of ink as long as it can solve the problem of color reproduction; Digital thermal transfer application products are relatively extensive, suitable for personalized market.
The digital thermal transfer market is a personalized new market. Its product and market prices are determined by the concept of personalization. Digital thermal transfer products and technologies are the development and extension of traditional thermal transfer. The two markets are coexisting and complementary, and they are independent of each other, forming different market prices and consumer groups.
Core - color printing thermal transfer ink The core technology of digital thermal transfer is color printing thermal transfer ink, thermal transfer ink is made of dye-sublimation disperse dyes, other chemical additives and water, due to the ink market Used to dividing inks into oil and water-based inks, so the product appeared in the early days of the market, people said that the product is a color printing thermal transfer ink, because this ink belongs to water-based ink, and now people are used to sublimation printing ink Or thermal transfer printing ink.
Thermal sublimation phenomenon of thermal transfer ink under high temperature conditions. At high temperature, the dye on paper will be directly changed from fixed to high temperature gas, so that the color is transferred from the thermal transfer paper to the surface of the article to be transferred.
Some people say that filling the ink depends on the display, and that there is no ink to add ink. So the sublimation printer can't display the remaining ink, so how to grasp the timing of filling ink?
The amount of fill and print volume to be recorded. How much ink is filled in, and how many works are printed, as long as you make a record, then the amount of printing in advance is basically eighty-nine.
weigh. Before and after the filling of the ink cartridges, the weight is weighed, so that there are counts in the heart, feeling when it is necessary to fill, and then weighing the weight, it can generally reach eighty-nine.
By feeling. The dye-sublimation printers used by themselves are roughly filled with ink, how much they are printed, and how long they have been used. As long as they are handled by themselves, they can still be done.
Power - Personalized Market Digital thermal transfer technology can be said to be a new technology emerging to meet the needs of personalized market development and consumer demand for personalized products. It is the traditional thermal transfer technology and traditional thermal transfer products. The effective supplement of the market. Therefore, strictly speaking, the market positioning of digital thermal transfer technology and products is a personalized product market. Traditional thermal transfer products are difficult to produce small batches of personalized products due to technical limitations and plate-making costs. Therefore, in the traditional thermal transfer market, digital thermal transfer technology is a market gap before the advent of personalized products. The advent of this technology has made it possible to produce personalized thermal transfer products. Not only that, the quality of the printed images of digital thermal transfer products is far more than the traditional thermal transfer technology. This is why digital thermal transfer technology can be popularized and popularized within a few years.
In the personalized product market, digital thermal transfer technology is widely used. Digital thermal transfer products will form a huge industrial product market as technology continues to mature and application products continue to develop. This is not difficult to see from the initial market of digital thermal transfer to the current industrial market. The application products have developed from the original advertising image industry (advertising products, ceramic image products) to the current garment printing and dyeing, light industrial products (shoes, caps, boxes, Bags, umbrellas, ties), clothing accessories, webbing, craft gifts, indoor Decoration, cloth, ceramics, metal color printing and other industries.
Direction - Green With the improvement of people's living standards, there is a higher demand for materials and life. At the same time, the national government enacted a round of environmental protection policies. The printing and dyeing industry has intensified efforts to rectify the production process in recent years. Pollution treatment and resource recycling environmental issues. We all know that environmental protection is costly, but the road to environmental protection must be short-lived.
The Oeko-Tex standard certification, also known as the Oeko-Tex Standard 100, is the world's most authoritative and most influential textile eco-label. Products that are tagged with Oeko-Tex Standard 100 are tested and certified by well-known textile verification agencies (which are all affiliated with the International Environmental Textile Association) in 15 countries around the world. The Oeko-Tex Standard100 label product provides a product eco-safety guarantee that satisfies the consumer's requirements for a healthy life.
Oeko-TexStandard100 prohibits and restricts the use of possible known harmful substances in textiles. They include: PH value, formaldehyde, extractable heavy metals, nickel, insecticide/herbicide, chlorophenol, cleavable aromatic amine dyes, Sensitizing dyes, organochlorinated dye-conducting agents, organotin compounds (TBT/DBT), PVC plasticizers, color fastness, organic volatile gases, odors.
Summary: In terms of the scale of the market in recent years, China has become the world's largest digital thermal transfer processing market. Many international brands of thermal transfer color printing inks have begun to stare at the huge Chinese market and participate in market competition. There is a great deal of hope and the competition will become increasingly fierce. It can be said that the digital thermal transfer product is not a single product market. It is an integrated market with multiple forms, multiple varieties and a cross-industry. It will form a giant industrial chain to drive the production of related products, and create good social benefits and economy. Benefits have great market potential.
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