Metal RFID Cards Metal · NFC · RFID Dark technical metal

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Titanium Gunmetal RFID Cards

Titanium and gunmetal finishes are the understated technical route. They suit elite access, automotive, security, aerospace, technology, and executive programs where the card should feel precise, durable, and serious.

Executive, automotive, security, and technical-brand NFC cardsElite access cards with restrained dark metal identityWhite ink, light laser marks, QR, UID, and serial programsSample kits where graphite tone and edge feel matterPremium batches that should avoid bright gold styling

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(01) — Titanium / gunmetal image set

Titanium / gunmetal 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.

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

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

Titanium / gunmetal 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.

Titanium / gunmetal 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.

Titanium / gunmetal 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.

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

Titanium / gunmetal 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.

Titanium / gunmetal 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.

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

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

Titanium / gunmetal 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

Titanium / gunmetal RF build notes.

Most gunmetal programs run as dark brushed PVD over stainless — the titanium look with steel economics — while solid titanium builds are quoted separately as special projects. Either way the card is conductive metal and the antenna needs its engineered path: ferrite or hybrid shielding, tuned to the final thickness, then proven on the real reader. The graphite tone is the quietest in the range, which is exactly why data zones get light panels — grey-on-grey fails the scan test.

(03) — Print and marking

How the metal surface behaves.

Gunmetal rewards light marks and quiet graphics. QR and barcode zones use white or light panels — grey-on-grey data is unreliable, and that rule is enforced at the scan test, not discovered after delivery.

(04) — Uses and finishes

Where Titanium / gunmetal 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

Executive, automotive, security, and technical-brand NFC cards
Elite access cards with restrained dark metal identity
White ink, light laser marks, QR, UID, and serial programs
Sample kits where graphite tone and edge feel matter
Premium batches that should avoid bright gold styling

Finish options

Titanium-look, gunmetal, graphite, or dark brushed PVD finish
Laser engraving, light UV marks, white panels, and subtle patterning
Dark RF edge or hybrid shielding by sample
QR, barcode, UID, and serial zones with scan approval
Technical sleeve or rigid sample-kit packaging

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

Base build Dark brushed PVD over stainless as standard; solid titanium quoted as a special project

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 Cool graphite gunmetal with restrained brushed highlights

Surface feel Dark technical metal face with low-to-medium reflection

Best contrast Light laser marks, white ink, subtle grey patterning, black edge

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

Titanium / gunmetal: what buyers ask.

01Are titanium gunmetal cards solid titanium?

The standard build is a dark brushed PVD finish over stainless, which delivers the titanium look with proven card economics. Solid titanium constructions exist but are quoted as special projects with their own sampling.

02What are gunmetal RFID cards best for?

Executive, automotive, security, aerospace, and technology programs where the card should read as precise and understated — the graphite tone is the quietest premium signal in the range.

03Why do gunmetal cards need light data panels?

Because grey-on-grey does not scan reliably. QR, barcode, and serial zones use white or light printed panels, and the scan is verified on the finished sample at working distance.

(06) — Quote Titanium / gunmetal

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