The digital printing process mainly includes the following methods:

Digital direct printing: This is a common digital printing process that uses a digital printer to directly print patterns on various materials, achieving one piece printing without the need for plate making, saving costs. The printing effect of digital direct spraying technology is clear, the color is firm, and the hand feel is good, without affecting breathability.

Heat transfer printing: Heat transfer printing is the process of printing a pattern onto transfer paper, and then transferring the pattern onto a fabric through heating. This process is suitable for large-area printing, with clear patterns and bright colors.

Pearlescent printing: using dyes containing pearl paste for printing, producing a pearl like luster effect, with excellent hand feel and fastness, suitable for various fibers.

Luminous printing: using luminescent crystal paste to print patterns on fabrics, mainly used in elastic interwoven products, with good luminous effect and fastness.

Luminous printing: Using luminous powder to print patterns through coating printing method, it can emit afterglow after illumination and is suitable for light colored fabrics.

Foam 3D printing: Adding foaming agent to the printing paste, forming a 3D pattern after high-temperature treatment, with good 3D effect and fastness.

Capsule printing: Using microcapsule dyes for printing can control the release and fixation of dyes, suitable for various fibers.

Matte printing: Printing on fabrics using a paste containing a matting agent to achieve a partially matte printing effect, similar to a jacquard effect.

Gold and silver powder printing: Using gold or silver powder mixed with specialized paste for printing, forming a golden or silver shimmering pattern.

Shuo Pian Printing: Using scintillation chips mixed with specialized paste for printing, it has a dazzling effect.

Gold foil printing: Using gold foil paste for printing to create a golden pattern effect.

These process methods each have their own characteristics and are suitable for different application scenarios and requirements.