thermal transfer labels details

Thermal transfer labels wiki paper adhesive stickers

Thermal transfer labels wiki

Thermal transfer labels wiki Roll Size width 20mm ~50mm, 1.5″ (40mm) Core, OD less than 8cm. 1 Roll Per lot, differece sizes to be choose
Compatible Zebra 2844, Eltron, Xprinter, Gprinter, TSC, Godex thermal label Priner

thermal transfer labels wiki
thermal transfer labels wiki

Premium top coated raw material
Thermal transfer labels wiki Minimum application temperature: 50℉; Service temperature range: -59℉~+149℉. 100% Customer Satisfaction Garantee

Thermal transfer printing

Thermal-transfer printing is a digital printing method in which material is applied to paper (or some other material) by melting a coating of ribbon so that it stays glued to the material on which the print is applied. It contrasts with direct thermal printing, where no ribbon is present in the process.

Thermal transfer labels wiki is preferred over direct thermal printing on surfaces that are heat-sensitive or when higher durability of printed matter (especially against heat) is desired. Thermal transfer is a popular print process particularly used for the printing of identification labels. It is the most widely used printing process in the world for the printing of high-quality barcodes. Printers like label makers can laminate the print for added durability.

Thermal-transfer printing is done by melting wax within the print heads of a specialized printer. The thermal-transfer print process utilises three main components: a non-movable print head, a carbon ribbon (the ink) and a substrate to be printed, which would typically be paper, synthetics, card or textile materials.

thermal transfer labels quality
thermal transfer labels quality

These three components effectively form a sandwich with the ribbon in the middle. A thermally compliant print head, in combination with the electrical properties of the ribbon and the correct rheological properties of the ribbon ink are all essential in producing a high-quality printed image.

Print heads are available in 203 dpi, 300 dpi and 600 dpi resolution options. Each dot is addressed independently, and when a dot is electronically addressed, it immediately heats up to a pre-set (adjustable) temperature.

The Thermal transfer labels wiki heated element immediately melts the wax- or resin-based ink on the side of the ribbon film facing the substrate, and this process, in combination with the constant pressure being applied by the print-head locking mechanism immediately transfers it onto the substrate. When a dot “turns off”, that element of the print head immediately cools down, and that part of the ribbon thereby stops melting/printing. As the substrate comes out of the printer, it is completely dry and can be used immediately.

Carbon ribbons are on rolls and are fitted onto a spindle or reel holder within the printer. The used ribbon is rewound by a take-up spindle, forming a roll of “used” ribbon. It is termed a “one-trip” ribbon because once it has been rewound, the used roll is discarded and replaced with a new one.

thermal transfer labels deal
thermal transfer labels deal

If one were to hold a strip of used carbon ribbon up to the light, one would see an exact negative of the images that have been printed. The main benefit of using a one-trip thermal transfer ribbon is that providing the correct settings are applied prior to printing, a 100% density of printed image is guaranteed, in contrast to a pre-inked ribbon on a dot-matrix impact printer ribbon, which gradually fades with usage.

Thermal-printing technology can be used to produce color images by adhering a wax-based ink onto paper. As the paper and ribbon travel in unison beneath the thermal print head, the wax-based ink from the transfer ribbon melts onto the paper. When cooled, the wax is permanently adhered to the paper. This type of thermal printer uses a like-sized panel of ribbon for each page to be printed, regardless of the contents of the page.

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