Factory-direct rigid white PVC roll film for plastic cards. Custom thickness, width, whiteness, surface and winding for offset printing, lamination, RFID inlays and OEM card converting.
core sheet
WALLIS
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Wallis rigid white PVC roll film for plastic cards is an opaque card-grade PVC substrate supplied for continuous converting, printing, lamination and plastic card production. It is designed for card manufacturers, printing converters, RFID inlay producers and card-material distributors that require a consistent white base, controlled thickness, stable flatness and dependable batch performance.
The material can be converted into printed card core layers for bank cards, ID cards, hotel key cards, gift cards, membership cards, employee badges, access cards and selected smart-card structures. Roll width, thickness, whiteness, opacity, surface texture, corona treatment, winding direction, roll length and packaging can be discussed according to the buyer’s printing and lamination line.
For reliable production, the PVC grade should be matched to the intended printing process. Standard offset or silk-screen grades do not automatically provide the absorbent coating required by water-based inkjet systems. Buyers should identify the printer, ink, lamination structure and finished-card specification before sample approval.
| Parameter | Available Specification |
|---|---|
| Material | Rigid, opaque white PVC card film |
| Supply Format | Roll film; sheet conversion and custom cutting available by project |
| Thickness | Common card-core grades from approximately 0.10mm to 0.85mm; thicker rigid formats up to 1.50mm subject to rollability, width and project confirmation |
| Color | Pure white, milk white, snow white, black, transparent or custom color by formulation |
| Surface | Matte or specified texture; corona-treated and printing-grade options available |
| Printing Processes | Offset and silk screen as common card grades; UV, thermal transfer or inkjet require grade, ink and equipment verification |
| Downstream Processing | Printing, lamination, punching, die cutting, card finishing and selected RFID/NFC inlay structures |
| Custom Roll Data | Roll width, roll length, winding direction, core diameter, joint limits and pallet configuration according to order |
| Typical Applications | ID, bank, gift, membership, hotel key, access, employee, RFID and NFC cards |
| Sample and MOQ | Samples available; MOQ and production terms depend on thickness, width, color and surface treatment |
Important: 0.76mm is commonly associated with the nominal thickness of a finished CR80 card. The correct thickness of an individual PVC core-film layer depends on the complete construction, including printed core layers, overlays, adhesive layers, magnetic stripe and inlay components.
Rigid white PVC roll film is a continuous, opaque PVC substrate engineered for converting into plastic-card core layers. Unlike a finished card, the roll film is an intermediate material that may be printed, slit, sheeted, laminated and punched according to the buyer’s card construction and production process.
Roll supply can improve material utilization and line efficiency for converters equipped with roll-fed printing, coating, slitting or lamination equipment. Sheet supply may be more practical for offset presses, sample production or card factories using fixed sheet formats. Wallis can discuss the appropriate supply format based on equipment and annual volume.
A controlled white background supports strong contrast for photographs, logos, barcodes, QR codes, fine text and brand colors. Whiteness and opacity should be approved against a reference sample because different card programs may require different visual targets.
Surface texture and corona treatment affect wetting, ink anchorage and printed-image stability. The required dyne level depends on the ink system and printing method, so incoming surface-energy testing and a production print trial are recommended before bulk approval.
Thickness consistency, roll profile and low waviness support uniform printing, slitting, sheeting and lamination. These factors can help reduce card-body variation, uneven pressure, curl and feeding problems during high-volume conversion.
Card-grade rigid PVC provides the stiffness required for a durable card body while remaining processable through printing, lamination and punching. The formulation and Vicat grade should be selected for the intended lamination cycle and card application.
| Printing Method | Recommended Material Requirement | Approval Check |
|---|---|---|
| Offset Printing | Card-grade matte or printing-treated PVC with controlled roughness and surface energy | Ink adhesion, drying, dot definition and cracking after lamination |
| Silk Screen Printing | Surface compatible with the selected ink chemistry and deposit thickness | Coverage, curing, adhesion and lamination bond |
| UV Digital Printing | UV-printing grade confirmed for printer, ink and curing energy | Cross-hatch adhesion, flexibility, color and lamination compatibility |
| Water-Based Inkjet | Dedicated inkjet-receptive coating; ordinary offset PVC is not automatically suitable | Absorption, drying speed, waterproofing and coating-to-overlay bond |
| Thermal Transfer | Surface and ribbon combination verified by trial | Transfer density, abrasion resistance and readability |
A print trial should use the buyer’s actual ink, press settings and post-lamination process. Approval based only on an unprinted sheet sample does not confirm finished-card performance.
| Selection Factor | Roll Film | Sheet Format |
|---|---|---|
| Best Fit | Continuous printing, coating, slitting, sheeting or automated converting | Sheet-fed offset printing, prototyping and fixed-format lamination |
| Key Purchase Data | Width, length, core ID, winding direction, maximum roll weight, joints and edge quality | Length, width, squareness, cutting tolerance, sheets per pack and pallet pattern |
| Main Quality Risks | Telescoping, blocking, edge damage, gauge bands and winding tension variation | Curl, static, dust, sheet-to-sheet blocking and cutting variation |
A typical laminated PVC card can include transparent overlay, printed PVC core, white core or RFID prelam inlay, a second printed core and a second overlay. Magnetic stripe, signature panel, holographic security film or contactless inlay components may be integrated according to the card design.
Lamination temperature, pressure and dwell time should be established through trials using the complete layer stack. The correct settings depend on PVC formulation, layer thickness, coating, ink coverage, overlay type, laminator and cooling cycle.
Confirm the target card, final thickness, layer structure and annual demand.
Approve thickness, width, color, opacity, surface and winding specifications.
Run printing tests with the actual press and ink system.
Laminate the complete card stack and inspect bond, curl and appearance.
Punch finished cards and complete functional or durability testing.
Approve a signed golden sample and technical specification before mass production.
Production control for rigid PVC card film typically covers raw-material formulation, calendaring or extrusion, surface texturing, corona treatment, thickness measurement, color and opacity inspection, slitting, winding and protective packaging. Batch identification should link the delivered rolls to inspection records and approved specifications.

| Inspection Item | Why It Matters | Suggested Confirmation |
|---|---|---|
| Thickness and Profile | Affects card stack thickness, lamination pressure and punching consistency | Nominal value, tolerance and cross-web profile agreed in the specification |
| Whiteness, Color and Opacity | Controls printed-color appearance and hiding performance | Approved visual standard or instrument range |
| Surface Energy and Texture | Influences wetting, feeding and ink anchorage | Dyne test and surface reference according to printing grade |
| Vicat and Thermal Behavior | Supports stable lamination and limits deformation | Grade selected for the buyer’s lamination cycle and card type |
| Roll Quality | Affects unwinding, web tracking and automated conversion | Core, winding, edges, joints, blocking and roll identification checked |
| Finished-Card Trial | Confirms the interaction of film, ink, overlay and process | Printing, lamination, peel, curl, flexing and functional tests as applicable |
White PVC film can form printed and structural layers in payment-card constructions that require controlled appearance, stable lamination and accurate punching. Project-specific testing is required for magnetic stripe, chip and payment-network requirements.
The white base supports portraits, logos, text, barcodes and access-control information for employee, student, visitor and institutional cards.
Rigid white PVC is widely selected for branded card programs where strong color reproduction, cost-effective volume production and stable daily-use performance are important.
The film can be incorporated into selected contactless card structures with a compatible RFID or NFC prelam inlay. The final layer stack must protect the chip and antenna while meeting card thickness, flatness and electrical-performance targets.
PVC rolls should be protected against moisture, dust, edge damage, direct sunlight, excessive heat and heavy deformation during storage and transport. Packaging may include PE film, protective end faces, reinforced cores, cartons or pallets, stretch wrapping, labels and container securing according to roll dimensions and shipping method.
Keep material in its original sealed packaging until use and allow rolls to acclimatize to the production environment before opening. Storage temperature, shelf life and stacking limits should be confirmed on the applicable product specification or packing instruction.
Factory-direct supply for card manufacturers, converters and material distributors.
Custom thickness, width, color, opacity, surface treatment and winding specifications.
Matching PVC core sheet, overlay, magnetic stripe, holographic and RFID/NFC material options.
Sample testing and golden-sample approval before repeat bulk orders.
Export packaging, labeling and shipment coordination for international B2B buyers.
Technical discussion based on the customer’s printer, ink, laminator and card structure.
| Application | Card type, card program and intended service environment |
| Material Specification | Thickness, width, color, opacity, surface texture and corona requirement |
| Roll Configuration | Roll length or weight, core diameter, winding direction and maximum roll size |
| Printing Process | Offset, screen, UV digital, inkjet or thermal; printer and ink details where possible |
| Lamination Structure | Overlay type, inlay, magnetic stripe, target finished thickness and lamination cycle |
| Commercial Data | Trial quantity, annual demand, destination, packaging and required documents |
It is used as a printable or structural substrate in laminated plastic cards, including ID, membership, gift, hotel key, bank, access and selected RFID/NFC card constructions.
Not necessarily. Approximately 0.76mm is a common nominal thickness for a finished CR80 card. Individual PVC film layers are normally selected as part of a multilayer construction, so the required roll-film thickness must be calculated from the complete card stack.
Yes. Custom width, roll length, winding direction, core diameter and packaging can be discussed. Feasibility depends on thickness, production width, slitting limits and order quantity.
Ordinary offset or silk-screen PVC should not be assumed to work with water-based inkjet printers. Inkjet printing usually requires a dedicated receptive coating matched to the ink. Please provide printer and ink information when requesting a sample.
Offset and silk screen are common for card-grade PVC. UV digital, thermal transfer and inkjet can be evaluated using the correct grade and actual equipment. Printing compatibility should be approved after lamination, not only immediately after printing.
Matte textures and corona-treated printing surfaces can be supplied according to project requirements. The required surface-energy target and test method should be agreed before production.
Yes. PVC card film can be laminated with compatible coated or uncoated overlays. The complete stack should be tested for bond strength, curl, bubbles, print cracking and finished-card thickness.
Yes, for suitable card constructions. The layer design and lamination cycle must protect the chip and antenna and should be validated through functional testing after lamination and punching.
Common checks include thickness and profile, width, color, opacity, surface energy, texture, Vicat grade, roll edges, winding, joints, blocking, print adhesion and finished-card lamination performance.
Samples can be discussed for print, lamination and card-production trials. Availability, sample size and freight arrangements depend on the required grade and specification.
MOQ depends on thickness, roll width, color, surface treatment and whether the specification is standard or customized. Provide the required roll configuration for a current quotation.
Store sealed in a clean, dry area away from direct sunlight, excessive heat and heavy deformation. Keep rolls protected from edge damage and allow them to acclimatize before printing. Follow the product-specific storage and shelf-life instructions supplied with the order.
Contact Wallis with your card application, printing process, required thickness, roll width, surface treatment, annual volume and destination. Our team can help identify a trial grade and prepare a B2B quotation for rigid white PVC card film.
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