Print · NFC Cards · v2026

How to Print on NFC Cards

Thermal transfer, UV flatbed, or inkjet on PVC — which one to use, what file to send, and which blank NFC cards to buy.

Printer models
51
Card finishes
5
Chip
NTAG213
Fan of CR80 PVC NFC cards on dark slate, top card showing a full-colour CMYK printed pattern.

fig. 01 · CR80 PVC · NTAG213 · thermal-ready

Step 02 · Pick your exact model

Printer-to-card picker

Select a brand, then a model. The picker returns the matching LINQS card SKU.

Interactive picker

Which NFC card fits your printer?

Select a printer brand and model. The picker returns the correct LINQS card SKU, the printing technology involved, and a direct link to the product.

Printer not listed? Send the brand and model on the Bulk / Custom Quote form and LINQS will confirm the correct blank and ship sample cards for a test run before a full order.

The Problem

Blank PVC NFC cards look nearly identical across the market, but each printer family requires a different surface. Thermal ID-card printers (Zebra, Fargo, Evolis, Magicard, IDP) need a thermal-ready white blank. PVC-tray inkjet printers (Epson, Canon) need a card with an inkjet-receptive topcoat — uncoated blanks bead the ink. UV flatbed printers (Mimaki, Roland, Mutoh) print cleanest on a matte finish that anchors the white-ink underlay. Ordering the wrong finish is the single most common reason a print run fails. LINQS stocks five card variants — Plain (encode-only), White Printable (thermal), Inkjet (coated), Matte (UV), and LED — each matched to a specific workflow. This guide maps common printer brands and models to the right card, and flags the three issues that actually break print runs: wrong finish for the printer, excessive lamination heat, and poorly prepared artwork.

Who This Is For

  • In-house ID / badge teams with a thermal card printer (Zebra, Fargo, Evolis, Magicard, IDP)
  • Print shops and signage studios running UV flatbed printers (Mimaki, Roland, Mutoh)
  • Small businesses using PVC-tray inkjet setups (Epson L-series, Canon Pixma with PVC tray)
  • Resellers who buy blanks in bulk and print-on-demand for end clients
  • Bulk buyers who want custom-printed NFC cards but are unsure which finish to spec

Quick Decision Rules

  • 1
    You own a thermal ID-card printer (dye-sub / retransfer)Order the White Printable PVC NFC Card — thermal-ready blank, works out of the box on Zebra, Fargo, Evolis, Magicard, IDP
  • 2
    You use a PVC-tray inkjet (Epson L-series, Canon Pixma)Order the PVC Inkjet NFC Card. It has an inkjet-receptive topcoat. Do not use plain or printable PVC blanks for inkjet — they bead ink
  • 3
    You use a UV flatbedThe PVC Matte NFC Card is the preferred blank. Matte finish holds white-ink underlay and full-colour UV curing cleanly
  • 4
    You need full edge-to-edge artworkUse the PVC Matte card on UV flatbed, or a retransfer thermal printer (HDP / Evolis Avansia) on the White Printable blank
  • 5
    You need < 100 pieces with full-colour artworkUV flatbed on Matte cards, or our managed print via /bulk-quote is cheaper than buying a printer
  • 6
    You need 500+ pieces with a consistent ID layoutThermal retransfer on White Printable cards or our managed offset print is the best cost-per-card
  • 7
    You plan to pouch-laminate after printingUse low-temp pouches (under ~140°C) and keep dwell short; NTAG chips tolerate retransfer heat but not prolonged industrial lamination
  • 8
    You want an indicator-lit tap targetUse the PVC LED Card White (lights up on read) instead of a printed-only card
  • 9
    You just need a blank to encode with no printingThe PVC Plain NFC Card is the cheapest starting point
  • 10
    Artwork includes small text or barcodesRetransfer or UV on Matte; direct-to-card dye-sub can blur fine detail at 300 dpi

Common Mistakes to Avoid

  • Running inkjet through a Plain or White Printable PVC blank — they are not inkjet-coated. Use the PVC Inkjet NFC Card instead
  • Running NFC cards through a laser printer (toner fuser temperatures can damage the chip and warp the card)
  • Pouch-laminating at generic office-grade settings (140–160°C for 60+ seconds) without testing a sample first
  • Sending full-bleed artwork to a direct-to-card printer — direct-to-card has a ~1–2 mm non-print border
  • Assuming every "printable" blank is also inkjet-compatible — our White Printable blank is thermal-only
  • Printing over the chip / antenna area with thick ink layers — chip area can show through on textured finishes
  • Not leaving a 3 mm safe zone around the chip when designing artwork with QR codes or dense blocks
  • Buying NTAG216 (888 bytes) cards just because the URL is "long" — in most cases NTAG213 (144 bytes) is enough and cheaper

Frequently Asked Questions

Order the White Printable PVC NFC Card. It is thermal-transfer ready and runs through direct-to-card printers including Zebra ZC100, ZC300, ZC350 and ZXP Series 1, 3, 7, 9; Fargo DTC1250e, DTC4250e, DTC4500e; Evolis Primacy, Primacy 2, Zenius, Badgy100, Badgy200; Magicard Rio Pro 360, Pronto100, Enduro3e, 300, 600; IDP Smart-31, Smart-51, Smart-70; Matica XID8300; Entrust Sigma DS1, DS2, DS3 and CD800; and Pointman Nuvia N10, N20, N25. The same blank also works on retransfer printers such as Fargo HDP5000, HDP5600, HDP8500; Evolis Avansia; and Matica XID8300/8600, which print edge-to-edge through a retransfer film. No modification is needed — load the card in the printer like any other PVC card and print a test card to confirm offset and chip-area clearance.