WLS-PVC Card
WALLIS
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Wallis manufactures custom anti-counterfeit PVC security cards for identification, access control, membership, events, education, healthcare, loyalty programs and brand-authentication projects. Each card can combine customized logos, professional printing and selected visual or machine-readable security elements according to the buyer’s application.
Available options include holographic elements, UV security printing, microtext, guilloche patterns, QR codes, protective lamination and optional RFID or NFC integration. Using several complementary features creates a more effective authentication structure than relying on one decorative element alone.
Request a Custom Security Card Quote
| Product | Custom Anti-Counterfeit PVC Security Card | Model | WLS-PVC Card |
| Material | PVC | Standard Size Option | 86 × 54 mm; custom dimensions can be discussed |
| Color | Customized artwork and brand colors | Printing Options | Inkjet or Indigo printing according to the confirmed card construction |
| Visual Security | Custom logo, holographic overlay or foil, UV printing, microtext and guilloche patterns | Verification Options | QR code and other project-specific identification elements |
| Smart Card Option | RFID or NFC integration subject to chip and system confirmation | Surface Protection | Protective lamination or tamper-evident security treatment by project |
| Primary Applications | ID badges, access cards, event passes, membership cards, student cards and loyalty cards | Customization | Artwork, logo, security layout, data fields, chip selection and packaging |
Final specifications depend on the required security level, printing method, card-reader system, personalization workflow and order quantity. Buyers should confirm all functional and visual requirements before sample production.

A controlled logo, approved brand color and consistent card layout make authentic cards easier for staff and customers to recognize. The artwork can be designed with fixed positions for names, photos, card numbers, expiry dates, departments or other project-specific information.
Holographic elements provide an immediately visible authentication feature that changes appearance with viewing angle and lighting. Depending on the card design, the hologram can be supplied as an overlay, foil, seal or customized visual element. The exact construction should be confirmed during technical review.
UV security printing adds text, symbols or images that are hidden under normal lighting and become visible under ultraviolet inspection. It can be used as a covert verification layer for trained staff, event teams or access-control personnel.
Microtext uses extremely small lettering that is difficult to reproduce clearly with ordinary office printers. Guilloche patterns use fine, interwoven lines that increase artwork complexity and provide another visual reference for authenticity checks.
A QR code can connect the physical card to a verification page, membership record, event record or internal database. For meaningful anti-counterfeit use, the code should be linked to a controlled backend process rather than used only as a static decorative image.
Protective lamination can reduce surface wear and help protect printed data. Project-specific holographic seals, UV patterns or tamper-evident treatments can also make unauthorized alteration easier to identify.
RFID or NFC can add contactless identification, access-control or data-interaction functions. Compatibility must be confirmed using the required frequency, chip model, protocol, memory, encoding method, key configuration and reader system. A visual security card should not be described as access-system compatible until these parameters are verified.
Security features should be selected according to who will inspect the card, how quickly verification must occur and whether the card also interacts with a digital system. A practical program usually combines more than one authentication layer.
| Security Layer | Typical Features | Verification Method | Project Role |
|---|---|---|---|
| Visible | Logo, brand colors, holographic effect and complex artwork | Direct visual inspection | Fast first-level recognition |
| Covert | UV print, microtext and hidden design details | UV lamp or close inspection | Secondary staff verification |
| Machine-Readable | QR code, RFID or NFC | Scanner, phone or compatible card reader | Database lookup, access or digital interaction |
| Tamper Detection | Protective overlay, holographic seal or project-specific lamination | Inspection for removal, replacement or surface damage | Protects printed data and card integrity |
The selected combination should match the actual risk. A membership card may prioritize branding, UV details and QR verification, while an access badge may also require a confirmed chip, secure encoding and reader compatibility.
Card artwork can include logos, corporate colors, photographs, department identifiers, validity information and usage instructions. Buyers should provide editable vector logos and define any required color references so the production proof can be reviewed before printing.
Fixed information appears on every card, while variable information changes for each holder or record. During quotation, identify which fields are fixed and which are variable, and provide a sample data structure for names, numbers, photos, QR content or other personalized elements.
Existing access-control compatibility cannot be determined from the card appearance alone. Please provide the reader model, operating frequency, current card technology, chip requirement, data format and encoding responsibility. Wallis can then evaluate a suitable card configuration or sample.
The digital proof should show card dimensions, front and back artwork, bleed, security-feature positions, variable-data areas, chip position and any special finishing. A physical sample is recommended when holographic effects, UV details, chip performance or exact brand colors are critical.
Security PVC cards can identify employees, contractors and visitors. When contactless functionality is required, the chip and encoding format must be matched to the organization’s access-control system.
Event organizers can combine branded graphics, expiry information, QR verification, holographic elements and controlled issue records to make passes easier to authenticate at entrances.
Customized logos, premium finishes and QR or NFC functions can support member identification, check-in, loyalty interaction and brand recognition.
Educational institutions can use personalized PVC cards for student identification, library access, attendance and campus services, subject to the selected technology and system configuration.
Clearly printed identity information, controlled numbering and scannable verification elements can support patient or staff identification workflows. The final card design should follow the organization’s privacy, data and operational requirements.
Holographic details, UV printing, QR verification and controlled serial or record management can support product-authentication, warranty and after-sales programs when connected to a secure verification process.
Application and required security level
Card dimensions, thickness requirement and order quantity
Front and back artwork in editable vector or high-resolution format
Required hologram, UV, microtext, guilloche, QR or tamper-evident features
Fixed information and variable-data fields
RFID or NFC chip model, frequency, protocol and memory requirements
Reader model, data format and encoding responsibility
Surface finish, lamination and packaging requirements
Required sample quantity, delivery destination and schedule
Send Your Card Design Requirements
Wallis reviews the application, artwork, security features, card construction, smart-card technology, personalization method, packaging and quantity.
The card layout, security-feature positions, variable-data areas and functional requirements are confirmed before production. Missing technical information should be resolved before the sample is made.
The buyer checks printing, color, surface quality, holographic or UV effects, dimensions and any required RFID/NFC performance using the intended reader or application.
Production proceeds after sample or proof approval. Inspection requirements can include appearance, dimensions, print alignment, variable-data accuracy and functional testing for confirmed smart-card projects.
Finished cards are packed to reduce scratching, moisture exposure and movement during transport. The final packing format should be confirmed according to quantity, personalization sequence and export requirements.
The following images are retained from the original page as requested. The two external reference images are preserved for content migration but are not used as evidence of the security-card specifications described above.

Packing should protect card surfaces, printed information and any embedded components from scratching, pressure and moisture during storage and international transport. Confirm box quantity, card sequence, labels and pallet requirements before shipment.

Wallis supplies card materials and finished card products, allowing B2B buyers to discuss card construction, printing, security finishing and optional smart-card functionality through one project contact.
Buyers can combine visual, covert and machine-readable elements according to the authentication process instead of selecting security features only for decorative effect.
A structured proof and sample process helps confirm colors, security-feature positions, card dimensions, personalization areas and smart-card compatibility before mass production.
Wallis works with corporate buyers, card issuers, access-control integrators, distributors, event organizers, schools and membership-program operators requiring customized production and export packaging.
Start Your Custom Security Card Project
It is a customized PVC card that combines identification artwork with selected authentication features such as holograms, UV printing, microtext, guilloche patterns, QR codes or optional contactless technology.
A project can combine visible branding, holographic elements, covert UV printing, microtext, guilloche artwork, QR verification, protective lamination and optional RFID or NFC. The final combination depends on the card construction and required security level.
Customized holographic logos or patterns can be discussed. The supplier must review the artwork, hologram type, size, position, order quantity and production method before confirming feasibility and cost.
Yes. UV-visible logos, text, symbols or watermark-style graphics can be designed for the card, subject to artwork and production confirmation.
They can work with an existing system only when the chip, frequency, protocol, data format, encoding and reader configuration are compatible. Please provide the current card and reader specifications before ordering.
Provide the chip model or required function, frequency, protocol, memory, reader model, encoding method, quantity and whether Wallis or the customer will encode the cards.
PVC cards are suitable for normal handling and can resist incidental moisture, but performance depends on card construction, lamination, chip design and exposure conditions. Specific environmental requirements should be stated before production.
Service life varies with usage frequency, abrasion, bending, sunlight, temperature, chemicals and storage. Protective overlays and suitable card construction can help reduce surface wear, but a fixed lifespan should be confirmed only after the application is known.
Variable information such as names, photos, card numbers, expiry dates or QR content can be discussed. Provide the data format, field rules, sample records and required sequence before production.
Provide editable AI, PDF, EPS or other agreed vector files, together with linked images, fonts or outlined text, color references, card dimensions, bleed and a clear indication of security-feature positions.
Yes. A physical sample is recommended when color accuracy, holographic effects, UV details, card thickness, surface finish, reader compatibility or encoding performance is important.
Send the application, artwork, quantity, security-feature list, card dimensions, smart-card requirements and delivery destination. Wallis can then review the specification, prepare a quotation and arrange proof or sample confirmation.
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