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EV charging credential

Made to specification

Wooden EV Charging Cards

Wood-based RFID charging cards with laser engraving or print, reader-matched chip options and programme-specific variable data.

Wood-BasedLaser EngravingCustom RFID

Material: Wood-based constructions; species and FSC requirement confirmed per order
Size: CR80 nominal format; final dimensions confirmed by construction
MOQ: From 250 pieces, subject to construction and chip
Lead Time: Confirmed after material, artwork and sample approval

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Compatibility is confirmed against your reader and token workflow. MOQ and timing depend on the approved material, chip, personalization and finish.

01Reader and chip match

02Identifier format

03Finished-sample approval

04Batch data handoff

Product overview / 01

How wooden EV charging cards are specified

A wooden EV charging card combines a wood-based face or card body with an RFID inlay. It is selected when the physical presentation of the credential matters as much as the tap-to-charge function—for member programmes, vehicle launches, premium tariffs and limited-edition campaigns.

Wood affects thickness, surface finish, printing and antenna tuning, but it does not remove the need to match the chip and identifier to the charging system. The complete credential also contains an antenna, chip, bonding materials and usually a protective finish, so material and end-of-life claims must describe the finished construction accurately.

Wood species and sourcing

Select the appearance and confirm whether FSC or other chain-of-custody evidence is required for the order.

Thickness and reader geometry

Confirm the finished construction can be presented consistently to the target charger reader.

Branding method

Choose laser engraving, print or a combination after checking contrast, detail size and variable-data needs.

Handling and packaging

Define coating, moisture exposure, sleeves and packing so the natural surface arrives and remains presentable.

Features and options / 02

What can be specified.

Wooden cards can carry the same programme identity as a conventional card while using a more tactile, individually varied surface.

Wood-based constructions

Cherry, bamboo and other available finishes can be evaluated against appearance, sourcing and production requirements.

Laser engraving

Permanent logos, text and numbering can be engraved where artwork contrast and line weight suit the selected surface.

Printed artwork

Colour printing is possible on suitable constructions when the programme needs more than a natural engraved finish.

RFID inlay selection

Chip and antenna are chosen around the reader estate, UID format and any secure application requirement.

Variable identity

Sequential numbering, QR codes and driver or membership references can be coordinated with the digital credential file.

Presentation packaging

Individual sleeves, carriers and programme packs are available for launches, member onboarding and direct distribution.

Technical fit / 03

Where wood changes the specification

The electronic brief may remain familiar, but the physical approval needs closer attention to thickness, finish and environmental exposure.

Reader performance is verified on the finished card

Antenna tuning and read position should be checked after the wood, adhesive, coating and chip are assembled.

Natural variation is part of the product

Grain and tone vary between cards. Brand approval should define acceptable variation instead of expecting identical surfaces.

Fine artwork needs a production test

Small reversed text, dense QR codes and light colours may need adjustment for reliable engraving or printing on wood.

FSC applies to sourced forest material

Confirm the required chain-of-custody statement and order documentation; it does not mean every component in the RFID credential is wood.

Protection is service-specific

A coating can improve resistance to handling and incidental moisture, but the sample should be assessed for the actual storage and outdoor-use pattern.

Full specification / 04

Separate the physical card from its credential data.

Values below are the available product route, not a substitute for reader validation. The final quotation records the exact construction, electronic configuration and data deliverables.

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Physical

Material: Wood-based constructions; species and FSC requirement confirmed per order
Size: CR80 nominal format; final dimensions confirmed by construction
Thickness: Construction-dependent; reader validation required
Finish: Natural grain with programme-appropriate protective coating

Technical

RFID Options: 13.56 MHz ISO 14443A options including entry-level 13.56 MHz credential and AES-authenticated 13.56 MHz credential
Branding: Laser engraving, print or combined treatment

Ordering

MOQ: From 250 pieces, subject to construction and chip
Lead Time: Confirmed after material, artwork and sample approval

Production route / 05

Approve the complete workflow before volume.

The sample should prove construction, print, electronic behavior and data handling together. That approved reference then controls production and reorders.

01
Technical brief
Reader, current credential, platform, quantity and operating environment
02
Production sample
Proposed material, inlay, artwork, encoding and variable data
03
System validation
Physical read, exact token capture, data import and live authorization
04
Production and QA
Approved masters, controlled data, batch checks and packing review
05
Delivery and reorders
Final mapping file, shipment record and retained repeat-order reference

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Frequently asked / 06

Questions buyers ask before ordering.

Answers are based on the physical credential and production scope. Your charging platform remains responsible for account, tariff and authorization rules.

Will a wooden RFID card work at an EV charger?

Yes when the chip, antenna and identifier are compatible with the charger reader and backend. The finished wooden construction should be sampled and tested because thickness and material can affect read behaviour.

Are wooden charging cards completely plastic-free?

The visible body can be wood-based, but a functioning RFID credential also contains a chip, antenna, bonding materials and often a protective coating. Any plastic-free or biodegradability claim should be based on the complete approved construction, not the face material alone.

Can wooden cards be printed in colour?

Colour printing is available on suitable wood constructions. Laser engraving is often chosen for a natural finish, while combined print and engraving can be evaluated during sampling.

Can every wooden card have a different number?

Yes. Sequential identifiers, QR codes or membership numbers can be engraved or printed and matched to the RFID UID in a delivery file.

Which chip should be used in a wooden card?

The material does not determine the chip. Choose from the frequency, reader protocol, UID length, memory and security model required by the charging programme.

What should be approved before production?

Approve the wood construction, acceptable grain variation, thickness, coating, artwork contrast, variable data, RF reading and backend authorization using finished samples.

Build the brief with evidence.

Use the technical guide, programme examples and glossary to align procurement, engineering and operations before requesting samples.

Programme example

European automotive OEM wooden RFID cards

A production example showing how material, engraving and charging authentication come together without implying a direct OEM relationship.

LetzCharge bamboo credential programme

A wood-based fleet credential produced for an operational charging programme.

FSC wood and RFID terminology

Definitions for FSC sourcing, chip families, UID handling and charging-system roles.

Included with every order

Every order ships with a data contract and acceptance pack.

Before production starts, we fix the identifier format with your backend team: byte length, representation, byte order, leading-zero policy. The order then ships with a machine-readable data contract and acceptance vectors your engineers can test against before the first card arrives.

See how the acceptance pack works

01JSON data contract agreed before production

02Acceptance vectors for backend verification

03Personalization file in your backend's exact format