Factory-direct white matte PVC sheets for ID, bank, access, NFC and smart card production. Custom thickness, size, surface and cutting, with samples for printing, lamination and OEM card testing.
WLS-INKJET SHEET
WALLIS
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Wallis white matte PVC sheet for card making is designed for B2B card manufacturers that require a low-glare white surface, stable sheet thickness, reliable printing and controlled lamination performance. It can be supplied as a printable card core sheet or as a project-specific overlay grade for ID cards, payment cards, access cards, membership cards, gift cards, NFC cards and other laminated plastic cards.
Available thicknesses include 0.14–0.34mm for selected overlay grades and 0.10–0.85mm for core sheet grades, with A4, A3 and customized sheet dimensions. Surface treatment, matte level, printing process, lamination structure and finished-card requirements should be confirmed before bulk production.
B2B selection note: Offset and screen-printing grades, UV-digital grades, thermal-transfer grades and inkjet-printable grades may use different surface treatments. Share your printer, ink system and lamination process so the correct sheet grade can be sampled and approved.
Request a White Matte PVC Sheet Sample
| Parameter | Available Specification | B2B Confirmation Point |
|---|---|---|
| Material | Rigid white PVC card material | Confirm core sheet, printable sheet or overlay grade. |
| Thickness | 0.14–0.34mm for selected overlay grades; 0.10–0.85mm for core sheet grades; customized options available | Specify the individual layer thickness and target finished-card thickness. |
| Thickness Tolerance | ±0.02mm listed for the current product range | Confirm the tolerance for the selected thickness, size and order specification. |
| Standard Size | A4 210×297mm / A3 420×297mm / customized sheet size | Provide layout, bleed, registration marks and cutting tolerance if required. |
| Surface | White matte, low-glare surface; glossy or project-specific finish available | Confirm matte level, texture, printable side and coating requirement. |
| Printing Methods | Offset, UV digital, thermal transfer and silk screen, subject to selected grade | Printer, ink, curing method and adhesion test must be confirmed. |
| Applications | ID, payment, access, NFC, smart, membership, gift and security cards | Confirm card construction, overlay, chip or antenna layer and personalization process. |
| MOQ and Samples | The current page lists 200kg; samples are available | MOQ may depend on thickness, surface, coating, color and cutting requirements. |
White matte PVC card sheet is a rigid PVC substrate with a diffuse, low-reflection surface. In a laminated card structure, it may serve as a printable core layer, an internal structural layer or a specially prepared surface layer, depending on the product grade. The matte finish can improve visual readability and reduce strong reflections compared with a high-gloss surface.
The terms core sheet, printable sheet and overlay film are not interchangeable. A core sheet provides the card body and printable base; an overlay protects printed information; a coated printable sheet uses a surface formulation matched to a specific printing system. Correct grade selection is essential for adhesion, lamination and finished-card durability.
| Grade | Primary Function | Typical Processes | Important Checks |
|---|---|---|---|
| Offset / Screen-Printing Core Sheet | Printable structural layer for laminated cards | Offset printing, screen printing, lamination and die cutting | Surface dyne, ink adhesion, drying, Vicat grade and overlay bonding |
| UV-Digital Printable Sheet | Short-run or variable digital card printing | UV inkjet or other approved digital processes | Ink chemistry, curing energy, surface treatment and rub resistance |
| Inkjet-Coated PVC Sheet | Water-based inkjet image reception | Compatible desktop or production inkjet systems | Dedicated absorbent coating, printable side, ink type and drying conditions |
| Thermal-Transfer Grade | Personalization or card-face printing | Approved thermal-transfer printer and ribbon | Ribbon compatibility, transfer temperature and abrasion testing |
| Matte Overlay Grade | Protective low-glare top layer | Hot lamination with compatible printed PVC layers | Adhesive or uncoated construction, peel strength, haze and texture |
The diffuse matte surface helps reduce harsh reflections and can improve the readability of printed text, portraits, barcodes and security graphics. The exact gloss level should be approved against a physical sample because matte appearance varies with surface texture and lamination plates.
A controlled surface supports consistent ink transfer and image reproduction when the sheet grade is matched to the selected printer and ink system. Surface dyne, roughness, coating and curing conditions should be included in sample testing.
Stable thickness and flatness help support uniform heat and pressure during card lamination. The final result also depends on the overlay, printed ink layer, lamination plate, temperature, pressure, dwell time and cooling cycle.
A4, A3 and custom sheet formats can be prepared for printing layouts, smart-card inlays and downstream cutting. Buyers should provide sheet dimensions, tolerance, grain or machine direction, packing quantity and labeling requirements.

No single surface formulation should be assumed to work equally well with every printing process. Before placing a production order, Wallis recommends evaluating the intended printer, ink, curing method and laminate structure on representative samples.
| Printing Process | Recommended Evaluation | Common Risk to Control |
|---|---|---|
| Offset Printing | Ink adhesion, drying, color density, dot reproduction and lamination compatibility | Poor adhesion, blocking or color shift after lamination |
| Silk Screen Printing | Ink system, mesh, curing, opacity and scratch resistance | Uneven cure, thick ink layer or reduced overlay bonding |
| UV Digital Printing | Printer model, UV ink chemistry, lamp energy, adhesion and bend test | Brittle ink, inadequate cure or delamination |
| Thermal Transfer | Printer, ribbon, transfer temperature, density and abrasion resistance | Incomplete transfer or ribbon/surface incompatibility |
| Inkjet Printing | Use a dedicated inkjet-coated grade and confirm dye/pigment compatibility | Ordinary offset-grade PVC may not absorb water-based ink correctly |
Discuss Your Printer and Lamination Process
White matte PVC sheet quality depends on formulation control, calendaring or extrusion stability, thickness inspection, surface treatment, flatness, cutting and protected packaging. For repeat B2B orders, the approved sample and specification should be used as the reference for batch production.

A laminated plastic card commonly combines printed PVC core layers, optional RFID or NFC inlay layers and transparent or matte overlays. Each layer contributes to the final card thickness, flatness and durability. Buyers should define the entire stack rather than selecting one sheet only by its nominal thickness.
Printed core layer: carries graphics, text and background design.
Middle or inlay layer: provides structure and may contain an antenna or chip module.
Overlay layer: protects printing and controls gloss, texture and wear resistance.
Personalization layer: supports barcode, thermal, embossing, laser or other project-specific processes.
White matte PVC sheet is used where card manufacturers need a clean white base, reduced glare and stable downstream processing. The exact material grade should be selected according to printing, lamination, personalization and card-life requirements.
Employee ID cards, student cards and visitor badges
Bank, payment and financial cards
NFC, RFID and contactless smart cards
Access-control and hotel key cards
Membership, loyalty, gift and prepaid cards
Security cards and official identification projects
For a new card program, sample approval should cover both the raw sheet and the finished laminated card. A signed or documented Golden Sample gives the supplier and buyer a common production reference.
| Stage | Recommended Checks | Approval Output |
|---|---|---|
| Raw Sheet Inspection | Thickness, size, flatness, whiteness, matte appearance, surface defects and packing | Approved material specification |
| Printing Trial | Ink adhesion, color, drying or curing, registration and scratch resistance | Approved printing settings and printable side |
| Lamination Trial | Bonding, bubbles, deformation, color shift, surface texture and cooling flatness | Approved temperature, pressure and dwell time |
| Finished-Card Test | Final thickness, dimensions, bending, peel, abrasion, card-reader and personalization compatibility | Golden Sample for mass production |
| Bulk Batch Inspection | Compare incoming material and finished-card results with the approved specification | Batch release or corrective action |
Wallis uses protected export packaging to help maintain sheet flatness, surface cleanliness and moisture protection during storage and international transport. Packaging can include PE film, moisture-resistant wrapping, cartons, pallets, wooden cases and custom labels according to order format.
Wallis supplies PVC card core sheets, printable sheets, overlay films and related card materials for international card factories, printers, converters and distributors. The product page lists custom thickness, custom cutting, sample support and factory production resources for B2B projects.
Core sheet, printable sheet and overlay material options
Custom thickness, sheet size, surface and cutting support
Samples for printing, lamination and finished-card validation
Matching overlay, magnetic stripe, holographic and RFID/NFC card materials
Export packaging and repeat-order specification management
| Required Information | Example | Why It Matters |
|---|---|---|
| Product Grade | Offset core sheet, UV-digital sheet, inkjet-coated sheet or matte overlay | Determines surface treatment and production route |
| Thickness and Size | 0.30mm, 295×485mm | Defines material usage, cutting and packing |
| Printing System | Heidelberg offset, UV flatbed, screen printer or named thermal printer | Helps select a compatible surface grade |
| Lamination Structure | Overlay + printed core + RFID inlay + printed core + overlay | Determines bonding and target finished thickness |
| Surface Requirement | Matte level, texture, printable side, dyne or coating | Controls appearance and ink adhesion |
| Quantity and Packing | Kilograms or sheets per order, sheets per pack, pallet label | Supports accurate production and freight quotation |
It can refer to different grades. Core sheet is the printable structural layer, while overlay is a thinner protective layer. Confirm the intended card structure before ordering because the thickness, surface and lamination behavior are different.
The current Wallis range lists 0.14–0.34mm for selected overlay grades and 0.10–0.85mm for core sheet grades. The exact available tolerance should be confirmed for the selected thickness and order quantity.
Not automatically. Offset and screen-printing core sheets may not have the absorbent coating required by water-based inkjet printers. Request the correct inkjet-coated grade when inkjet printing is required.
Matte texture reduces specular reflection compared with a glossy surface, but the result depends on the texture, lighting, lamination plate and overlay. Approve a physical sample for the required gloss level.
Project-specific surface requirements can be discussed. Provide a target sample, gloss expectation, printing method and lamination plate information so feasibility and MOQ can be evaluated.
Yes. The listed standard formats include A4 and A3, and customized cutting can be discussed. Include dimensions, tolerance, registration and packing requirements in the inquiry.
Yes, it can be integrated with compatible RFID or NFC inlay structures. The complete stack, antenna position, chip module, lamination settings and final card thickness should be tested before bulk production.
Test the actual printer and ink on the selected sheet grade, then evaluate drying or curing, tape adhesion, rubbing, bending and post-lamination performance. A visually acceptable print is not sufficient without adhesion testing.
Common causes include moisture, incompatible ink or overlay, excessive ink coverage, incorrect temperature or pressure, uneven sheet thickness, inadequate cooling and mismatched card layers. A structured lamination trial is recommended.
Yes. Request samples that represent the required thickness, surface and printing grade. Samples should be tested through printing, lamination, cutting and personalization before the production specification is approved.
The current page lists 200kg, but the actual MOQ may vary by thickness, coating, surface texture, custom size and packaging. Confirm the MOQ when requesting the quotation.
Provide the product grade, thickness, sheet size, matte or texture requirement, printing equipment, ink type, lamination structure, required quantity, packing format and destination country.
Contact Wallis with your card application, printing process, thickness, sheet size, surface requirement and forecast quantity. The team can recommend a suitable white matte PVC grade and prepare samples for production testing.
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