Metal RFID Cards Metal · NFC · RFID Brushed red metal

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Copper RFID Cards

Copper metal RFID cards are distinctive and limited-edition by nature. They work best when the buyer wants warmth, rarity, and a strong material signal for events, clubs, product authentication, gifts, and premium sample kits.

Limited edition event, club, and invitation cardsProduct authentication, collectible, and gift programsHospitality and retail activations with a warm metal identityLaser marks, dark UV print, QR, UID, serial, and NFC iconsSmall premium batches where color is part of the story

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(01) — Copper image set

Copper card options, finishes, and real use cases.

Compare the plain material, surface detail, NFC tap use, reader behavior, finish variation, edge quality, laser engraving, QR or serial zones, RF build, and sample presentation before approval.

Copper plain card on white background — 01 / What this shows **Plain metal card**
Clean individual product view for approving the copper surface, corner radius, and contactless mark.

Copper printed linework and surface detail — 02 / What this shows **Print and linework**
Shows restrained linework, logo placement, and contrast behavior on copper before variable data is added.

Copper NFC tap use beside smartphone — 03 / What this shows **NFC tap use**
A realistic view for NFC business cards, membership cards, and digital-profile tap use.

Copper card on RFID reader — 04 / What this shows **Reader test**
Shows the card with a desktop reader so the finish and RF stack can be approved together.

Copper material variation tray — 05 / What this shows **Finish variation**
Approval-board view for surface tone, reflection, brushing direction, and sample tolerance.

06 / What this shows Thin edge profile

Shows the slim metal card body, edge color, ferrite or shielding layer, and finished corner treatment.

Copper laser engraving process — 07 / What this shows **Laser engraving**
Production-style engraving view for permanent logo marks, NFC icons, linework, and subtle patterns.

Copper back with QR barcode and serial zone — 08 / What this shows **QR and serial personalization**
Clean variable-data zones for QR, barcode, UID, serials, small icons, and scan-distance planning.

Copper RF construction layer stack — 09 / What this shows **RF construction**
Metal face, ferrite or shielding route, antenna, chip, core, and back face shown as a build reference.

Copper sample box presentation — 10 / What this shows **Sample kit**
Premium approval-kit direction for finish samples, sleeves, member boxes, and small batch presentation.

Copper surface macro with full-card inset — 11 / What this shows **Surface macro**
Close material read for brushing, reflection, coated surface behavior, and tactile finish.

Copper custom cut edge sample — 12 / What this shows **Custom shape limits**
Controlled cut and slot direction showing why custom shapes must be reviewed with the RF layout.

(02) — RFID construction

Copper RF build notes.

Copper is the most electrically conductive face in the catalogue, and the RF answer is the same disciplined one: shield, tune, test — the finished construction is proven on the target reader like every other build. What sets copper apart is its surface life. It oxidises faster than any other face in the range, so the protective clear route (or the decision to let it patina) is agreed on a physical sample, and dark marks with white QR panels carry the data reliably through that changing tone.

(03) — Print and marking

How the metal surface behaves.

Copper shifts visually with light and age, so artwork is tested as a finished sample rather than a screen proof. Dark marks and white QR panels give the most reliable contrast across that living surface.

(04) — Uses and finishes

Where Copper makes sense.

Every metal RFID card should be approved as a real stack: metal body, chip, antenna, ferrite or shielding route, marking method, edge, encoding, and packaging.

Best for

Limited edition event, club, and invitation cards
Product authentication, collectible, and gift programs
Hospitality and retail activations with a warm metal identity
Laser marks, dark UV print, QR, UID, serial, and NFC icons
Small premium batches where color is part of the story

Finish options

Brushed copper or red-metal PVD finish
Laser engraving, dark UV print, and white code panels
Optional antique tone or clear protective route by sample
Shielded RF build and reader approval
Premium sleeve or sample box presentation

Card size CR80-style 85.6 x 54 mm, custom shapes by RF review

Base build Brushed solid copper or red-metal PVD face over a shielded RF stack

Thickness 0.3 mm to 0.8 mm depending on construction

Minimum order None — single samples to production runs

Production time About one week after artwork and sample approval

Visual character Distinct red-orange copper metal with directional brushing

Surface feel Warm reflective brushed copper finish

Best contrast Laser etch, black UV, dark brown marks, white code panels

QR / serial Use printed contrast panels and approve scan distance on the finished sample

RF route LF, HF/NFC, standard and high-security HF routes, selected UHF by reader test

Reader approval Test against the exact phone, lock, gate, or desktop reader

Edge options Rounded CR80 edge, chamfer control, dark RF layer by build

(FAQ) — Common questions

Copper: what buyers ask.

01Does a copper RFID card oxidise?

Yes — copper develops its surface faster than any other face in the range. Programs either specify a protective clear route to hold the bright red-metal tone, or treat the patina as part of a limited edition's character. The decision is made on a physical sample.

02What are copper RFID cards best for?

Limited editions by nature: launch events, club invitations, product authentication, collectibles, and gifts where the distinctive red metal is part of the story. There is no minimum order, which suits short collectible runs.

03Which marks stay readable on copper?

Dark marks and printed white QR panels. Because the surface tone shifts with light and age, data zones are approved by scanning the finished sample rather than judging a screen proof.

(06) — Quote Copper

Send quantity, chip, finish and encoding requirements.

Engineered antenna pathFerrite or hybrid RF structureLaser and deep engravingBrushed, plated, coated finishesUID, NDEF, and access encodingSample kits and production approval