Why Is Large Format Dye Sublimation Printing Sustainable?
Why Is Large Format Dye Sublimation Printing Sustainable?
Blog Article
Large Format Dye Sublimation Printing process
During the sublimation printing process, the following preparations are needed. Including sublimation printer, sublimation, sublimation ink, switch curler machine. No adhesive or solvent is used in the printing process. The ink is without delay transformed into gasoline through heating and embedded in the fabric, which substantially reduces the have an effect on on the environment.
Sublimation printing can attain high-precision and gorgeous sample transfer, thereby decreasing waste precipitated by way of printing mistakes or terrible quality, decreasing waste and being greater environmentally friendly.
Efficient use of electricity and resources
Quick drying: Sublimation printing dries very quickly. It can be transferred thru a curler warmness press as quickly as it comes out of the printer. This will increase productiveness and reduces ready time. Now sublimation printers have been upgraded to industrial printers with 8-24 print head alternatives and a printing output of up to kilometers per hour, attaining high-speed production.
Low electricity consumption:
Compared with different printing applied sciences such as display screen printing, the sublimation material printer manner requires much less heat, and its universal strength consumption may also be decrease than different printing. Since sublimation printing is generally used for small orders and complicated patterns, it reduces the electricity wasted in large-scale production.
Ink characteristics:
Sublimation switch ink is made of disperse dyes that are convenient to sublimate. When heated, the ink can be without difficulty vaporized onto different media. So it is no longer handy to harm the authentic shape of the substrate. This capacity that in some cases, the printed substances may additionally be less complicated to recycle and reuse.
Material compatibility:
Sublimation printing technological know-how can be utilized to a range of materials, consisting of artificial substances such as polyester. These substances are typically recyclable, which helps to minimize waste and environmental pollution.