ZKPACKS

Printing

UV Printing

UV-cured inks that dry instantly and print vividly on coated and non-absorbent substrates.

What it is

UV printing cures ink instantly with ultraviolet light, so sheets can be finished and converted without waiting for ink to dry. It produces vibrant color and works on coated and non-absorbent materials where conventional inks struggle. Substrate compatibility is confirmed per project, because coatings and plastics interact with UV ink differently.

How it looks

Vivid, high-density color with an option for glossy or matte UV finish.

How it feels

Ink film has a slight thickness; a raised textured effect is possible with UV texture coating.

Verified media pending

A media slot—not a fabricated factory image.

Add ZKPACKS sample close-ups, before/after comparisons or verified production media when source and process attribution are confirmed.

Process detail imagery pending verification

Suitable materials

  • Coated SBS paperboard
  • Coated art paper
  • Plastic films
  • Metallized board

Suitable packaging types

  • Cosmetic packaging
  • Rigid box lids
  • Folding cartons
  • Labels and sleeves

Recommended combinations

  • UV printing with spot UV for a gloss-on-gloss contrast
  • UV printing with matte lamination on selected panels
  • UV printing with foil stamping for premium accents

Artwork requirements

  • Print-ready artwork with bleed and safe margins
  • Layered files when UV texture or raised effects are requested
  • Material sample identification for compatibility testing
  • Spot color channels for brand colors

Limitations

  • — Substrate compatibility must be reviewed per project before quoting
  • — UV ink can behave differently on textured or heavily coated materials
  • — Lamination over UV ink requires adhesion testing

Production risks

  • — Incomplete curing if the substrate absorbs UV energy unevenly
  • — Adhesion failure on some plastics or metallic surfaces
  • — Color shift when UV ink is applied over other print methods

Sustainability considerations

UV printing can reduce drying energy compared with thermal drying, and paper-based materials may be recyclable subject to material specification, local collection infrastructure and any coating or lamination applied.

FAQ

Buying questions