PVC Offset Printing Sheet for Plastic Card Manufacturing
Wallis supplies PVC offset printing sheets for industrial card makers, offset printers, screen-printing workshops and plastic card material distributors. This rigid, printable PVC substrate supports printed card bodies for ID cards, smart cards, membership cards, bank-card projects, access cards and SIM card production when the correct material grade and manufacturing process are selected.
Available options include white, black and custom colors, different material gauges, surface textures and Vicat grades. The printable surface is intended to support consistent ink transfer and subsequent thermal lamination; actual results depend on the selected ink, printing press, overlay, lamination recipe and card construction.
For procurement: share the intended card application, offset or screen-printing equipment, ink/curing system, required thickness, sheet size and monthly volume. Wallis can discuss matching material grades and provide samples for practical printing and lamination evaluation.
| Product Attribute | Reference Specification / Supply Option |
| Material | Rigid PVC printable core sheet for plastic card manufacturing |
| Printing process | Conventional offset, UV offset or screen printing, subject to grade and ink qualification |
| Thickness | 0.10–0.85 mm reference supply range; confirm availability and tolerances by grade |
| Colors | White, black and customized colors on request |
| Surface | Printing-grade matte/controlled texture; confirm printable face and required dyne level |
| Typical applications | ID, bank-card projects, SIM, access, membership, gift and smart card production |
| OEM services | Thickness, sheet dimensions, color, thermal grade, surface properties, cutting and export packaging |
Request PVC Offset Sheet Samples and Pricing
What Is a PVC Offset Printing Sheet?
A PVC offset printing sheet is a rigid, printable plastic card substrate engineered for image transfer by an offset press and subsequent assembly into multilayer plastic cards. After printing and suitable curing or drying, the sheet can be combined with clear overlays, adhesive layers or functional inlays, then laminated, cooled and punched into finished cards.
PVC card core, transparent overlay and inkjet-coated PVC are different product types. A regular offset-grade substrate is not automatically compatible with water-based inkjet printing or a specific digital toner press. Successful production depends on matching the ink chemistry, treated surface, card stack and equipment.
PVC Offset Printing Sheet Technical Data
The values below are reference technical figures for this PVC product range, not universal guarantees for every color, thickness or order. Confirm the applicable test method, direction, tolerance and grade against a current technical data sheet and approved sample.
| Property | Grade / Direction | Unit | Reference Value |
| Thickness | Selected printable grade | mm | 0.10–0.85 |
| Density | Typical | g/cm³ | 1.42 ± 0.05 |
| Tensile strength | Horizontal / machine or transverse direction: confirm test definition | MPa | ≥44 |
| Tensile strength | Vertical / second test direction: confirm test definition | MPa | ≥46 |
| Vicat softening temperature | Ordinary card grade | °C | 78 ± 2 |
| Vicat softening temperature | Bank-card grade | °C | 74 ± 2 |
| Vicat softening temperature | SIM-card grade | °C | 90 ± 2 |
| Surface energy | Reference minimum | dynes/cm | ≥34 |
| Surface roughness | Ra | μm | 0.7–1.8 |
| Surface roughness | Rz | μm | 4.0–12 |
Engineering note: the Vicat softening temperature is a material test value, not a prescribed card-lamination temperature. Similarly, a dyne value alone does not prove ink adhesion. Qualification should include printing, curing, layer bonding and finished-card testing.
Why Surface Energy, Roughness and Vicat Matter
Surface Energy and Offset Ink Wetting
Surface energy influences how the selected offset or screen ink spreads across the PVC surface. The listed reference of ≥34 dynes/cm is a starting point for material comparison, not a promise that every ink will bond properly. Verify wetting, cross-hatch adhesion, drying/UV curing and ink-to-overlay performance on actual production equipment.
Ra and Rz Surface Roughness
Ra describes average surface roughness, while Rz represents a larger-scale profile-height measure under a specified test method. The listed Ra of 0.7–1.8 μm and Rz of 4.0–12 μm can inform print contact and sheet handling; final acceptance limits should be agreed with the buyer’s press and quality department.
Vicat Softening Temperature and Lamination Behavior
The available reference grades differ in thermal softening behavior. Lamination temperature, pressure, dwell time and cooling must be established for the complete card stack; higher Vicat does not automatically produce better bonding. SIM-card and bank-card constructions may have different assembly and punching requirements.
Thickness, Tensile Strength and Flatness
Consistent gauge and flatness help control print registration, stacking, lamination pressure and finished-card thickness. Tensile strength and thermal response are also relevant during conversion and punching. Request actual tolerances and a sample evaluation plan for high-volume orders.
![Matte PVC offset printing sheet surface for commercial card printing]( "PVC Offset Printing Sheet Surface")
Printable PVC sheet surface
![PVC card core sheet for offset and screen printing]( "PVC Card Core Sheet")
Card-grade PVC core sheet
![PVC offset printing sheet prepared for card manufacturing]( "PVC Printing Sheet Production")
PVC sheet supply for printing
PVC Offset, Screen, Inkjet and Digital Printing: Key Differences
Different printing processes can require different surface formulations. The table below helps procurement teams specify the correct material instead of assuming that every printable PVC sheet is interchangeable.
| Printing process | Recommended substrate selection | Before bulk approval, test |
| Conventional offset | PVC grade with surface properties suited to the selected conventional offset ink | Wetting, drying, fine dots, registration, lamination bond |
| UV offset | PVC grade compatible with UV ink chemistry and curing conditions | UV curing, ink adhesion, cracking or lifting after lamination |
| Screen printing | PVC surface matched to screen ink and ink-film thickness | Coverage, curing, rubbing, overlay adhesion |
| Water-based inkjet | Dedicated inkjet-receptive coated PVC grade, ordered separately | Ink absorption, drying, bleed, image durability, lamination |
| Digital toner / liquid electroink | Dedicated press-specific printable grade, where supported | Press feeding, toner/ink anchorage, lamination and personalization |
Wallis also supplies other card-printing materials. Buyers using an inkjet or digital press should request a dedicated compatible grade rather than assuming the standard PVC offset sheet will work with their machine.
Benefits for Wholesale Card Manufacturers
Card-production focus: intended for printed layers that will be laminated and punched into finished plastic cards.
Selectable PVC grades: thickness, Vicat, colors and surface finish can be discussed against the customer’s card construction.
Controlled printable surface: reference dyne and roughness values support material qualification and repeatability.
Multiple industrial applications: card bodies for identity, membership, gift, access, financial and telecommunications projects.
Custom conversion: cut sheet formats and packaging can be configured for press layouts, production volume and shipping.
Sample-led approval: customers can evaluate printing, lamination, peeling, warpage and punching before order release.
Applications in Plastic Card Manufacturing
Wallis PVC offset sheets can function as printed layers or selected core components in industrial multilayer card bodies. Requirements for inlays, chips, personalization and certification belong to the finished card project, not automatically to the PVC sheet itself.
| Card application | Production considerations |
| Financial and bank-card projects | Print definition, approved card stack, layer bonding, personalization and chip/inlay requirements |
| SIM and telecom cards | Thermal grade, module embedding, punching behavior and dimensional stability |
| Employee ID and access cards | Card artwork, barcode legibility, overlay protection, RFID integration where specified |
| Gift, loyalty and membership cards | Brand colors, printing consistency, card stiffness, cutting and finishing |
| Contactless and dual-interface cards | Overlay/inlay combination, lamination conditions and electronic function testing |
![PVC offset printing sheet used for customized plastic cards]( "PVC Offset Printed Cards")
Custom plastic card examples
![Offset printed PVC card application for B2B card manufacturers]( "Printed PVC Card Application")
Offset-printed card application
![PVC offset printed card samples for ID membership and loyalty cards]( "Offset Printed Card Samples")
ID and membership card samples
PVC Offset Sheets for Bank-Card Projects
Financial card manufacturers may use specified offset-grade PVC in the printed layers of an approved card construction. The full assembly must be qualified for the intended card program; supplying PVC sheet alone does not establish compliance with payment-network or chip-card requirements.
A representative trial should assess ink adhesion, print registration, laminating bond, card flatness, die punching and subsequent personalization. Select the thermal grade based on the approved customer specification rather than assuming one Vicat value is appropriate for every banking project.
![PVC offset printing sheet used in bank card manufacturing]( "PVC Sheet for Bank Cards")
PVC substrate in financial card projects
![Laminated PVC bank card produced with offset printable sheet]( "Laminated Bank Card Structure")
Laminated card assembly example
PVC Offset Sheets for SIM and Telecom Cards
SIM-card bodies and telecommunication card carriers can need specialized thermal and mechanical properties to withstand punching and module assembly. The product reference includes a higher-Vicat SIM-card grade, but actual performance should be checked in the buyer’s process.
Confirm the finished card format, sheet gauge, module geometry, press settings, lamination cycle and punching dies. Approve converted samples, including edge quality and any embedded components, before a long production run.
![PVC offset printing sheet for SIM and telecom card manufacturing]( "PVC Sheet for SIM Cards")
PVC sheet for SIM-card production
![Offset printable PVC material for telecom smart cards]( "Telecom Card Material")
Telecom card production material
Recommended Offset Printing and Lamination Workflow
Define the final card structure. Specify layer thicknesses, overlay material, any inlay or chip module, and target finished-card gauge.
Select the printable PVC grade. Confirm color, gauge, sheet size, thermal grade and surface-energy/roughness requirements.
Check storage and condition material. Keep sheets flat, protected from dust and oils, and acclimatize before press setup.
Perform an offset press trial. Evaluate ink wetting, image definition, registration, drying or UV cure and adhesion.
Assemble and laminate the layers. Validate temperature, pressure, dwell time, cooling and overlay bonding for the entire stack.
Inspect finished cards. Measure flatness, visual defects, ink damage, layer peel, edge quality and functional performance where applicable.
Common Printing and Lamination Problems
A systematic sample test can help identify whether defects originate from the PVC surface, the ink or curing conditions, an incompatible overlay, or the lamination process.
| Problem | Potential contributing factors | Recommended evaluation |
| Poor ink adhesion | Surface contamination, insufficient wetting, incompatible ink or inadequate cure | Measure surface energy and test the chosen ink, cleaning method and curing profile |
| Print cracking after lamination | Brittle ink film, unsuitable overlay, excess strain, incorrect lamination cycle | Test the ink–PVC–overlay stack at controlled time, pressure and temperature |
| Bubbles or layer separation | Moisture, trapped air, material incompatibility or uneven heating | Dry/condition sheets and check full stack, press cycle and peel strength |
| Sheet warpage | Unbalanced card layers, thermal stress, thickness variation or incorrect cooling | Check structure symmetry, press profile, cooling and flatness |
| Registration errors | Sheet dimensional variation, press feeding or thermal movement | Check sheet size tolerance, flatness, feeding and press registration |
| Color inconsistency | Substrate whiteness, surface variation, ink settings or cure variability | Approve a physical print standard and track batch color and print settings |
OEM Thickness, Color and Sheet Size Options
Wallis can discuss industrial supply options based on the selected PVC grade. Requirements should be documented in the quotation and order confirmation, particularly where multiple factories or repeat orders need a consistent specification.
| Customization Item | What B2B Buyers Should Specify |
| Thickness | Reference range 0.10–0.85 mm; required nominal gauge and thickness tolerance |
| Color / opacity | White, black or custom color; physical reference and permitted color deviation |
| Sheet dimensions | Press format, card imposition, machine feeder limits, cutting tolerance and orientation |
| Thermal / printing grade | Vicat target, surface energy, Ra/Rz and printing method |
| Packaging | Sheet separators, moisture protection, carton/pallet configuration, labels and batch identification |
Quality Checks Before Releasing Bulk Production
Appearance: cleanliness, visual defects, surface condition and consistent color.
Dimensions: sheet width/length, thickness distribution, flatness and squareness.
Printability: ink wetting, color, curing, adhesion and registration on the buyer’s machine.
Thermal response: Vicat grade and behavior in the planned lamination cycle.
Finished-card tests: peel or bonding, warpage, edge quality, cracking and artwork legibility.
Order traceability: approved samples, agreed technical specification, carton marking and batch references.
PVC Sheet Production, Storage and Shipping
For industrial card production, consistent material handling matters as much as the printed image. Wallis supports PVC sheet supply, batch inspection, cut-to-size formats and export packaging according to the approved order specification.
![Wallis PVC offset printing sheet production line for B2B card material supply]( "PVC Offset Printing Sheet Production Line")
PVC sheet production line
![Warehouse storage for PVC offset printing sheets and card materials]( "PVC Card Material Warehouse")
Card-grade PVC sheet warehouse
Store incoming sheets flat and dry in protective packaging, away from direct sunlight, dust, condensation and excessive heat. Keep packs closed until required and allow incoming materials to acclimatize to the printroom if transport temperatures differ significantly.
Information Required for an Accurate Factory Quotation
To receive a suitable material recommendation and clear B2B pricing, include the details below when contacting Wallis:
Finished card application and required construction or layer diagram.
PVC sheet nominal thickness, sheet size, color, surface grade and annual demand.
Offset or screen press model, ink chemistry and conventional drying/UV curing process.
Target Vicat, dyne, Ra/Rz, tensile strength or other acceptance criteria where required.
Transparent overlay, adhesive, magnetic stripe, chip or RFID inlay requirements.
Lamination recipe, equipment format, test standards and approval sample requirements.
Export packaging format, destination, shipping terms and expected order schedule.
Contact Wallis for Technical Sheet and B2B Quote
Frequently Asked Questions
What is PVC offset printing sheet used for?
It is a printable rigid PVC substrate used in multilayer plastic card manufacturing. Typical projects include membership cards, ID cards, gift cards, access cards and selected bank-card or telecom card structures.
Is an offset PVC sheet the same as an inkjet PVC sheet?
No. An offset printing grade is formulated or surface-treated for offset inks. Water-based inkjet typically needs a dedicated ink-receptive coating. Select the appropriate grade and confirm performance with the actual printer and ink.
Can the sheet also be screen printed?
Selected grades can be evaluated for screen printing, provided the surface, ink chemistry, cure and subsequent laminate construction are compatible. Sample printing and adhesion tests are recommended.
What thicknesses does Wallis supply?
This product range lists reference thicknesses of 0.10–0.85 mm. Specific stock or custom gauges depend on color, grade and production quantity. Confirm available thickness and tolerance with the current quotation.
Which Vicat grade is suitable for bank or SIM cards?
Our technical reference includes several Vicat grades, including a higher-temperature grade associated with SIM-card projects. Selection must follow the finished card construction, lamination cycle and customer qualification criteria.
Does a 34-dyne surface always guarantee good printing?
No. Surface energy is only one indicator. Ink formulation, press settings, cleanliness, drying/UV cure and subsequent lamination also affect adhesion and appearance.
What is the difference between Ra and Rz?
Ra is an average profile roughness value; Rz characterizes a larger peak-to-valley profile according to the selected test method. Both should be evaluated with the printing process rather than used as isolated quality guarantees.
Can offset-printed PVC sheets be laminated with a clear overlay?
Yes, when the particular PVC, printed ink layer and transparent overlay are compatible. Test the complete stack for bonding, bubbles, print damage, warpage and surface finish before commercial production.
Is PVC offset sheet suitable for contactless RFID cards?
It can be used as a printed or structural layer in a multilayer smart-card design. The inlay, antenna, encapsulation and lamination cycle must be engineered and tested separately.
Can the sheet be used for certified bank-card manufacturing?
It may be one material in a qualified financial card system, but the sheet itself does not establish EMV or payment-network approval. The card manufacturer must validate the finished assembly for the applicable project requirements.
Can Wallis customize the color, size and thickness?
White, black and project-specific colors, cut dimensions, thicknesses and packaging can be discussed for OEM supply. Confirm actual specifications, minimum order quantity and tolerances before placing an order.
Why does printed PVC sometimes delaminate?
Possible causes include insufficient ink cure, incompatible inks or overlays, contamination, excess moisture and incorrect lamination conditions. Test the full card structure and measure bond strength to locate the cause.
How should PVC offset sheets be stored?
Keep sheets sealed, flat, clean and dry, protected from dust, heat and direct sun. Allow material to acclimatize to production conditions before opening and printing.
Can I request a sample before bulk purchasing?
Yes. Share your thickness, size, color, printing equipment, ink, overlay and application requirements so the selected grade can be assessed through printing, lamination and punching trials.
What information is needed for a quotation?
Provide sheet thickness and dimensions, color, quantity, printer and ink, lamination details, required technical parameters, packaging, destination and expected schedule.
Request PVC Offset Printing Sheet Samples from Wallis
Wallis works with plastic card manufacturers, commercial printers, smart-card integrators, importers and material distributors. Contact the team with your technical requirements to discuss the right PVC offset sheet grade, sample testing, custom conversion, export packaging and wholesale supply.
Request Samples and Factory-Direct Pricing
