What is digital pigment printing on fabric and how does it compare to sublimation?

Digital pigment printing and sublimation are both modern inkjet-based techniques for printing on fabric, but they work through completely different chemical processes, suit different fabric types, and produce different results in terms of hand-feel, color range, and durability. If you're printing on natural fabrics like cotton, linen, or viscose — pigment printing is almost certainly the right method. If you're working with polyester — sublimation is.

How digital pigment printing works

In pigment printing, pigment particles are suspended in a liquid carrier and deposited directly onto the fabric surface by inkjet printheads. A binder — either applied as part of the ink or as a separate fixation step — bonds the pigment to the fiber. A softener is then applied to restore the hand-feel of the fabric after fixation.

Unlike dye-based methods, pigment does not chemically bond with or penetrate the fiber structure. It sits on the surface, held in place by the binder. This is why pigment printing works on virtually any fiber type — the process doesn't depend on a chemical affinity between the dye molecule and the fiber.

At Muzefab, natural fabric printing is done on the Kornit Presto — a dedicated roll-to-roll digital pigment printing system designed specifically for textile production. It prints, applies softener, and fixes the ink in a single continuous pass with no wet post-processing, which means no water is used and no wastewater is generated.

How sublimation printing works

Sublimation is a two-stage process. In the first stage, the design is printed onto sublimation transfer paper using high-speed DGI inkjet machines. In the second stage, the transfer paper and polyester fabric pass together through a calendar — a continuous heat transfer machine that applies controlled heat and pressure along the full fabric width. At Muzefab, we use Monti Antonio and Klieverik calendars for this stage.

Under heat, the sublimation dye converts directly from solid to gas and diffuses into the polyester fiber structure, where it re-solidifies and becomes permanently embedded. The transfer paper is discarded after the calendar pass. The result is a print that is literally part of the fabric — there is no ink layer on the surface, which is why sublimation cannot crack, peel, or fade.

Because the dye bonds chemically with polyester molecules, sublimation only works effectively on fabrics with high polyester content — typically 80% or above. On natural fibers like cotton or linen, the dye has nothing to bond to and washes out almost immediately.

Key differences

Digital pigment Sublimation
Compatible fabrics Cotton, linen, viscose, jersey, blends Polyester 80%+
Ink location Surface of fiber (binder-held) Inside the fiber (permanently embedded)
Hand-feel Slightly softened; softener applied post-print Completely smooth, undetectable
Color vibrancy High - full color range. Very high - especially bright and deeper tones
Washfastness Excellent (50+ washes at 30°C) Excellent - colors are permanent
Water usage in production None None
Ecological certifications GOTS 7.0, OEKO-TEX Class I & II OEKO-TEX certified inks

Which method produces more vibrant colors?

Sublimation generally produces brighter, more saturated colors — especially neons and vivid tones — because the dye becomes part of the fiber and there's no surface texture or binder layer to diffuse the light. Pigment printing on natural fabrics produces slightly softer, more matte color rendering, which many designers actually prefer for a natural, artisanal aesthetic.

For photographic prints and designs with fine gradients, both methods perform well. For ultra-bright sportswear graphics on polyester, sublimation has an edge. For rich all-over patterns on cotton or linen with deep, complex color palettes, pigment printing on the Kornit delivers exceptional results.

Which method is more durable?

Both are highly durable with correct care. Sublimation has a slight theoretical advantage in raw washfastness because the dye is embedded in the fiber rather than sitting on the surface. However, modern pigment inks used in professional systems like the Kornit Presto are engineered for long-term durability and perform comparably in real-world use. Both methods comfortably withstand 50+ wash cycles at 30°C without significant color loss.

Why Muzefab uses the Kornit Presto for natural fabrics

The Kornit Presto is the industry benchmark for roll-to-roll digital pigment printing on natural and natural-blend fabrics. Its key advantages for our production and for your order:

  • No minimum run length — the system is equally efficient at 1 meter and 500 meters, which is why we can offer no-MOQ fabric printing without a quality compromise
  • Dry process — no steaming, washing, or chemical fixation baths; the entire process happens in a single pass
  • GOTS 7.0 and OEKO-TEX certified inks and softener — safe for babywear and direct skin contact (Classes I and II)
  • Wide color gamut — the system supports an extended ink set that covers colors difficult to achieve on conventional textile printers
  • Consistent repeatability — each meter prints identically, which matters for bulk orders where color consistency across the roll is critical

When to choose pigment printing vs sublimation

Choose digital pigment printing if you are working with cotton, linen, viscose/Ecovero, jersey knit, or any natural-fiber blend — or if your design needs to print on a white or light natural-fiber base with complex color detail.

Choose sublimation if you are working with polyester or recycled polyester fabric, activewear, swimwear, or home decor — and if you need maximum color saturation on a white polyester base.

Not sure which fabric is right for your project? Browse our fabric catalog or order a Fabric Swatch Pack to compare hand-feel and print quality before placing a production order.

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