Credential range / EV charging

Choose the card body. Then engineer what is inside.

Cards, keyfobs and programme-specific formats manufactured around your reader estate, chip, data handoff, artwork and rollout volume.

How to specify the range

  1. 01Choose material and form factor
  2. 02Confirm chip and security scope
  3. 03Define UID, data and numbering
  4. 04Approve artwork and sample

Product specifications / 01

Eight products. Two decisions.

Start with the card material or credential format. Chip, identifier, security and production data are then defined against the actual reader and operating programme.

01

Card materials

Choose the physical construction for durability, presentation and documented material requirements.

Recycled PVC EV Charging Cards01

Recycled PVC EV Charging Cards

Custom RFID charging cards with a recycled-PVC card body, reader-matched chip options, programme artwork and UID-to-account data handoff.

Physical route
Recycled PVC
Credential scope
Custom RFID
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Wooden EV Charging Cards02

Wooden EV Charging Cards

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

Physical route
Wood-Based
Credential scope
Laser Engraving
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Biodegradable EV Charging Cards03

Biodegradable EV Charging Cards

Bio-fibre and non-PVC RFID charging-card constructions with documented material claims, custom artwork and reader-matched electronics.

Physical route
Bio-Fibre
Credential scope
Non-PVC
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Luxury Metal RFID EV Charging Cards04

Luxury Metal RFID EV Charging Cards

Premium metal-composite RFID charging cards in matte graphite, brushed silver and champagne gold for luxury automotive, hospitality and private charging programmes.

Physical route
Luxury Metal
Credential scope
Gold & Silver
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02

Credential formats and programmes

Choose the credential format and operating context; reader, identifier and data requirements are then specified around it.

EV Charging RFID Keyfobs05

EV Charging RFID Keyfobs

Compact RFID charging credentials in FSC wood, moulded ABS, domed epoxy and transparent crystal-acrylic constructions.

Physical route
Wood · ABS · Epoxy · Crystal
Credential scope
Compact Credential
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RFID Cards for OCPP Charging Networks06

RFID Cards for OCPP Charging Networks

RFID credentials prepared for the identifier and authorization workflow used between EV charger readers and OCPP charging-management systems.

Physical route
OCPP Workflows
Credential scope
idTag / idToken
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EV Fleet Charging Cards07

EV Fleet Charging Cards

Branded RFID fleet charging credentials with unique token data, driver or vehicle numbering, bulk platform import and controlled replenishment.

Physical route
Fleet Operations
Credential scope
Bulk Token Data
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Custom EV Charging Solutions08

Custom EV Charging Solutions

Custom RFID credentials engineered around your charging readers, token data, security model, form factor, artwork and fulfilment workflow.

Physical route
Custom Engineering
Credential scope
OEM/ODM
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Selection logic / 02

Do not choose on material alone.

The right credential must work physically, electronically and operationally across its expected service life.

Read the buyer's guide
01

Reader environment

Frequency, protocol, field strength and reader position

02

Security model

UID-only authorization or secure application data

03

Operational handling

Wallet card, keyring credential, depot or public use

04

Programme presentation

Print, laser detail, numbering, packaging and fulfilment

05

Supply plan

First order, replenishment volume, approval and reorder control

Need a credential that is not in the standard range?

Send the existing card, chip reference, reader model or programme brief. We will identify the decisions required for a sample and quotation.

Get a Custom Quote Request Samples