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Development Of Printing Technology For Shrink Sleeve Labels

In recent years, with China's rapid economic development, the market is full of various commercial elements. For printing, the wide application of labels and the continuous development of label varieties have naturally promoted the development of shrink sleeve labels printing technology.

Printing points of shrink sleeve labels:

As the labels used for commodities are no longer satisfied with simple packaging, making use of printing design to expose enterprise elements and products will become an important marketing method for enterprises. Labels not only introduce enterprise name, model and other information, but also a good shrink sleeve labels printing design can help enterprises stand out in the fierce product competition.

As a printing factory, printing a perfect label is not only the customer's requirement but also the printing factory's most important problem. To print a good label, one must be meticulous in design, material selection, ink, printing and processing.

In addition, for shrink sleeve labels, the unit area is generally not large, and a variety of information must be presented on a small area, which requires the high definition of printing, and the printed finished products must be colourful and legible. Highlights and shadows should be flat, lines should not be too thin, and the text size should be moderate, making the picture colorful and rich in layers.

For more product details, please click on our official website:

How To Solve The Problem Of Transfer Printing Fabric Processing

During the processing of transfer printing fabric , problems such as insufficient fabric fastness and hardening will be encountered. How can these problems be solved?

(1) Graft modification, such as acetylation, benzoylation, etc. In this way, the fibers can receive disperse dyes.

(2) Surface polymerization. This method is to polymerize high molecular substances on the fabric surface, thus receiving disperse dyes like synthetic fibers, such as polyester method, styrene method, etc.

(3) Fiber expansion. Simulates the swelling phenomenon of polyester in the heated amorphous region, and accepts disperse dye gas to enter. However, due to the lack of "fixation" with fibers, the fastness is insufficient. Therefore, this method can only be used with other methods of "fixing" dyes. Polyethene glycol (molecular weight 200) is generally used for fiber expansion. It is not only a bulking agent for cotton fibers, but also a solvent for disperse dyes.

Combining the above methods, the common point is that natural fiber fabrics must be pretreated before transfer printing, thus increasing the production process and production cost. More importantly, in order to clean the residual non-functional substances on the fabric, water washing and drying are necessary, so that the wastewater discharge cannot be eliminated and the consumption of heat energy can not be increased, thus it is difficult to get rid of the heavy burden of traditional printing and dyeing production.

For more product details, please click on our official website:

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