PRINTING GALLERY

Due to the security of customers' images and designs, SOME OF THE IMAGES we collected from the internet which we can produce for your reference.

DISCHARGE INK

Discharge ink is a water-based ink formula that allows printing on dark fabric without the need of additional ink layers. In the past, when printing on dark fabrics, manufacturers often had to add a layer of ink in order to make sure that the print is visible and accurate. This resulted in a less desirable hand-feel. Thanks to discharge ink, the additional layer is no longer needed and instead, the printing process actually deactivates the color of the fabric itself and replaces it with the chosen print colors. The result is a thin, single layer of ink that is both visibly clear and feels pleasant to the touch.

Source: kornit.com

FOAM PRINTING

Foam printing is a unique textile printing technique that creates a raised, 3D effect on fabric. It involves using a foam compound that is applied to the surface of the fabric before the ink is printed on top, resulting in a textural and tactile finish.

The process of foam printing begins with the creation of the foam compound. This is typically made by mixing a foaming agent with a thickener or binder, which creates a stable, non-drip foam that can be easily applied to the fabric. The foam is then spread evenly onto the surface of the fabric using a special screen or stencil, #004c4cwhich creates a raised, textured layer.

Once the foam has been applied to the fabric, the ink is printed on top using a screen printing technique. The ink is carefully applied over the foam, creating a contrast between the raised and flat areas of the design. The ink is then cured using heat, which sets the design in place and ensures it won't wash or wear away over time.

Source: textileglossary.com

SUBLIMATION PRINTING

Sublimation printing is a popular technique for printing designs on fabric. It is a digital printing process that uses heat and pressure to transfer designs with a special ink onto (recycled) polyester or other synthetic fabrics. This printing technique is widely used in the textile industry to create permanently customized designs on apparel, sportswear, and other fabric products.

Sublimation printing produces vibrant, high-quality colors that are long-lasting. The dye penetrates the fibers of the fabric, creating a permanent bond. That’s why colors will not fade or peel over time or with repeated washing.

Sublimation printing does not have any color limitations, which means that you can print any color or design that you want. This is because sublimation ink can produce an infinite number of colors and shades.

There are also some disadvantages of sublimation printing like the limited fabric selection. This technique only works on synthetic materials or materials that have been treated with a special coating. This means that it’s not suitable for natural uncoated fabrics such as cotton, silk or fabric containing TENCEL™ Lyocell fibers. This limits the range of fabrics that can be used for sublimation printing.

When it comes to printing on dark fabric, sublimation printing can be a challenge. The reason is that the dye used in the process is transparent, which means that it cannot produce opaque colors.

Source: houseofu.com

HEAT TRANSFER PRINTING

Heat transfer printing is a type of digital printing that creates personalised and colourful images on clothing, home goods and even commercial products. Heat transfers are printed using a variety of special inks onto a sublimation paper, transfer paper or vinyl film, which then acts as a transfer to another surface such as clothing or glassware.

Source: diyprintingsupply.com

DTG PRINTING

RUBBER PRINTING

DTG stands for Direct to Garment and refers to a method for textile printing. Unlike other textile printing methods, such as heat transfer or dye sublimation, the DTG printing process uses specialized ink in order to print directly onto the garment, using a DTG printer. The fabric fibers soak up the ink and become part of the garment. This technology enables the creation of garment prints that do not crack, peel, or distort in other ways.

Source: www.kornit.com

The rubber printing process uses a special chemical gel that blends seamlessly with the dyestuff. The dye acts firmly on the fabric through the medium of the gel, overcoming the limitations of the water printing.

It is characterized by printing for various color depths and materials. It can be printed on blended fabrics of cotton, hemp, viscose, polyester, nylon, polypropylene and various fibers. It can also be used on leather, artificial leather and other materials. Printing, which can be used for fluorescent printing, inkjet printing, burnt printing, electrostatic flock printing and others.

The biggest advantage of the rubber printing process is its wide application, beautiful color and high degree of reduction. However, its printing process is more complicated than the water printing , and the cost is relatively high. Due to its certain hardness, it is not suitable for large-area field and pattern.

Source: yotex-apparel.com