card material
Wallis
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Wallis supplies holographic metallic iridescent mirror PVC sheets for plastic card manufacturers, security printers, gift card producers, membership card factories and international OEM material distributors.
These decorative PVC card sheets combine a rigid PVC base with rainbow holographic effects, metallic reflection, iridescent color changes, mirror finishes or customized optical patterns. They can be used as decorative printed core layers within qualified laminated card structures.
Wallis supports custom film thickness, sheet dimensions, decorative patterns, colors, printing treatment, coating, pattern direction and OEM packaging for VIP cards, gift cards, membership cards, loyalty cards and premium promotional cards.
OEM Customization: Rainbow holographic, silver mirror, gold metallic, iridescent, brushed, light-beam, dot, grid, cube and custom effects; approximately 0.15–0.76mm thickness; A4, A3 and custom sheets; printing and bonding treatments subject to technical confirmation.
| Parameter | Specification |
|---|---|
| Product Name | Holographic metallic iridescent mirror PVC sheet for plastic card manufacturing |
| Base Material | Rigid PVC card-core sheet with decorative holographic or metallic surface construction |
| Visual Effects | Rainbow, holographic, iridescent, mirror, brushed metallic, light beam, dot, grid and geometric patterns |
| Thickness | Approximately 0.15–0.76mm; common card-core references include 0.15, 0.18, 0.20 and 0.30mm |
| Sheet Size | A4, A3, 295 × 460mm, 305 × 460mm, 310 × 480mm or customized size |
| Colors | Silver, gold, rainbow, rose gold, blue, red, green, black metallic or custom colors |
| Surface Finish | Glossy, mirror, matte, brushed, iridescent and textured finishes |
| Pattern Direction | Longitudinal, transverse or specified orientation according to card layout |
| Printing Treatment | Printable treatment, primer, bonding coating or customized processing |
| Printing Methods | Offset, UV offset, screen, UV digital and selected digital printing systems after compatibility testing |
| White Ink | Optional opaque white underprint for improved color accuracy and controlled holographic visibility |
| Lamination | Compatible PVC card overlay, printing inks and qualified thermal lamination process |
| Processing | Printing, laminating, punching, embossing, hot stamping, magnetic stripe and compatible chip processing |
| Applications | VIP, gift, membership, loyalty, hotel, promotional and premium business cards |
| OEM Services | Custom pattern, color, thickness, sheet size, surface treatment, packaging and labeling |
Final thickness, available patterns, printing performance, color, coating and lamination conditions must be confirmed against the approved material grade and production sample.
Holographic metallic PVC sheet is a decorative plastic card material combining rigid PVC with an optical surface that produces rainbow diffraction, metallic reflection, mirror brightness or angle-dependent color effects.
Different products can achieve these effects through embossed holographic film, metallized layers, specialty pigments, printed optical patterns or decorative laminated constructions.
This material is primarily used as a decorative card core sheet. It differs from a transparent holographic PVC overlay, which is generally a thinner protective outer layer. Buyers should select the correct structure for their printing and lamination process.
Rainbow Holographic PVC Sheet
Metallic Mirror PVC Sheet
Rainbow holographic sheets create moving spectral colors when the viewing angle or light direction changes. They are suitable for gift cards, entertainment cards, promotional campaigns and branded membership cards.
Iridescent PVC sheets provide softer color shifts and pearlescent effects. They can be used beneath semi-transparent printed artwork for distinctive card designs.
Mirror-effect PVC sheets create high-reflection surfaces for VIP cards, premium gift cards and luxury-brand promotional products. These surfaces require careful handling because scratches and fingerprints may be more visible.
Brushed metallic sheets reproduce a directional metal-texture appearance. The brushing direction should be aligned with the approved card artwork and production layout.
Light beam, linear, dot, grid, cube and geometric patterns provide organized reflective effects. Pattern scale and orientation should be verified during sample approval.
Custom logos, brand symbols, text and repeating holographic motifs may be developed according to artwork, tooling, intellectual property requirements, minimum order quantity and technical feasibility.
| Visual Effect | Typical Appearance | Production Consideration |
|---|---|---|
| Rainbow Holographic | Dynamic spectrum colors | Pattern and optical direction |
| Iridescent | Smooth color-shifting appearance | Lighting and color approval |
| Mirror | Strong metallic reflection | Scratch protection and white ink |
| Brushed Metallic | Directional metal-grain texture | Alignment and cutting direction |
| Light Beam | Directional light bands | Registration and orientation |
| Custom Logo Pattern | Branded repeating optical effect | Tooling, master sample and lot control |
Holographic metallic PVC sheets help card manufacturers create distinctive visual products without relying only on conventional white or solid-color PVC cores.
Reflective and angle-dependent decorative effects.
Customized holographic patterns, colors and textures.
Selective reflective areas through white-ink printing.
Suitable grades for qualified PVC card lamination.
Custom material thickness and sheet formats.
Potential compatibility with embossing, punching and additional card features after validation.
OEM sample development and repeat-order supply.
Holographic and Metallic PVC Effects
Customized Holographic Pattern Selection
Printing directly onto holographic or metallic PVC requires the correct surface treatment, ink chemistry and curing process. The reflective substrate can change the appearance of conventional CMYK colors.
Opaque white ink can be used beneath logos, photographs, text and brand colors where accurate color reproduction is required. Areas without white ink can retain more of the underlying metallic or rainbow effect.
Transparent inks allow the substrate's reflective appearance to remain visible. The final result should be assessed through actual printed samples rather than a digital artwork preview.
Offset, UV offset, screen and selected digital printing methods may be compatible with suitably treated sheets. Ink adhesion, white-ink opacity and lamination performance should be tested using the selected grade.
| Artwork Area | Suggested Print Approach | Purpose |
|---|---|---|
| Photographs and Small Text | Opaque white backing where required | Improve visibility and legibility |
| Rainbow Background | Leave reflective areas uncovered | Preserve holographic reflection |
| Metallic Colored Graphics | Use approved transparent inks | Combine color with metallic effects |
| Solid Brand Colors | White base or opaque spot ink | Reduce substrate color interference |
| QR Codes and Barcodes | High-contrast opaque printing | Support reliable scanning |
Holographic PVC sheets are normally used as one layer in a laminated card. The required thickness should be calculated using the complete stack of printed cores, decorative sheets, transparent overlays and internal functional layers.
| Card Layer | Illustrative Thickness |
|---|---|
| Front PVC Coated Overlay | 0.08mm |
| Holographic Printed PVC Core | 0.20mm |
| Additional Structural Core | 0.40mm |
| Rear PVC Coated Overlay | 0.08mm |
| Nominal Total | 0.76mm |
This is an illustrative starting structure. Finished thickness may change through lamination compression, coatings and material tolerance. RFID/NFC card structures require a separate chip-and-antenna thickness calculation.
Calculate the decorative PVC core, printed layer, overlays, internal components and target finished-card thickness.
Mark the sheet orientation, pattern direction and cutting layout, especially for brushed metallic and linear holographic finishes.
Apply the approved white ink, colors, graphics and registration marks using qualified printing conditions.
Ensure ink is properly dried or cured before lamination to reduce bonding problems, bubbles and color changes.
Place the coated overlay and printed PVC layers in the approved orientation according to the finished-card design.
Apply the qualified heating, pressure and cooling cycle. Check that the optical pattern is not distorted or damaged.
Punch the cards and complete any approved embossing, hot stamping, magnetic stripe, barcode or chip processing.
Check the dimensions, thickness, optical appearance, print registration, flatness, edge bonding and functional card performance.
Some holographic effects use conductive metallized layers, while others are produced through non-conductive optical structures or pigments. A conductive metal layer can change an RFID or NFC antenna's tuning and reduce the card's reading performance.
When producing contactless cards, buyers should confirm the decorative material structure, antenna geometry, operating frequency, chip model and target reader before production.
Potential solutions include non-conductive holographic grades, controlled metallization, suitable antenna placement or a specially engineered card structure. All solutions require finished-card testing.
Decorative holographic PVC sheets are primarily selected for visual appearance. Rainbow and geometric patterns help distinguish premium cards, but standard commercially available designs are not equivalent to secure authentication.
Security card applications may require exclusive optical elements, controlled tooling, serialized data, secure chips, variable printing or trusted verification systems. Such requirements should be specified separately.
Mirror, metallic and iridescent effects are suitable for premium membership cards used by hotels, clubs, resorts, entertainment venues and luxury brands.
Holographic PVC sheets can be used for branded gift cards, limited-edition reward cards and seasonal loyalty programs.
Metallic PVC sheets create reflective business cards with custom graphics, selective white ink, QR codes and branded finishes.
Decorative PVC sheets can be combined with compatible magnetic stripe or contactless systems after complete card qualification.
Rainbow and light-beam effects are suitable for event passes, festival cards, collectible cards, VIP invitations and promotional campaigns.
Holographic Card Applications
Metallic and Mirror Card Designs
| Issue | Possible Cause | Recommended Check |
|---|---|---|
| Printed colors change | Metallic reflection affects transparent ink | Test white-ink backing and approve color samples |
| Weak ink adhesion | Incompatible treatment or insufficient curing | Verify printing side and ink adhesion |
| Holographic pattern distortion | Unsuitable temperature or pressure | Compare samples before and after lamination |
| Bubbles or delamination | Moisture, coating mismatch or trapped air | Check material cleanliness and bonding conditions |
| Card warping | Unbalanced layers or uncontrolled cooling | Review card structure and cooling cycle |
| Pattern direction varies | Sheet rotation or cutting alignment | Verify pattern direction on the production drawing |
| Mirror scratches | Insufficient surface protection | Inspect handling, tools and protective packaging |
| Reduced RFID reading | Conductive layer interferes with the antenna | Validate RF performance before and after lamination |
Before bulk production, a physical reference sample should be approved for the holographic appearance and complete card-manufacturing performance.
| Inspection Item | Acceptance Check |
|---|---|
| Visual Pattern | Approved design, scale and reflection effect |
| Pattern Direction | Correct orientation relative to card layout |
| Material Thickness | Agreed nominal value and tolerance |
| Surface Appearance | Scratches, fingerprints, wrinkles and defects |
| Print Quality | Color, white ink, adhesion and registration |
| Lamination | Bonding, flatness, bubbles and optical stability |
| Finished Card | Dimensions, appearance and required functions |
| Packaging | Protective wrapping, quantity and lot identification |
Wallis supports custom holographic, metallic and mirror PVC card-material projects for international card factories, OEM suppliers and commercial printers.
Multiple holographic, metallic and mirror patterns.
Customized thickness, sheet size and pattern direction.
Printable treatment and lamination sample support.
Physical samples for evaluating reflective effects.
Related PVC core, overlay and RFID inlay materials.
OEM packaging, batch labeling and export coordination.
Holographic PVC Sheet Supply
Custom Metallic PVC Materials
Available technical documents and certificates depend on the PVC grade, surface construction and project requirements. Buyers should confirm document names, applicable material codes and the required test scope before relying on a specific certification claim.
Material Documentation Reference
Holographic and mirror PVC sheets should be protected against scratches, fingerprints, dust, excessive heat, heavy pressure and bending during storage and transport.
Packaging options may include protective film, clean interleaving materials, moisture-resistant inner wrapping, flat reinforced cartons, edge protection, pallets and customized OEM labels. Store sheets flat in a clean, dry indoor environment.
Please provide the required holographic effect, color, thickness, sheet size, pattern direction, printing method, white ink requirements, card structure, functional components, order quantity, packaging and shipping destination.
Sample approvals and customer feedback help coordinate material selection, holographic pattern consistency, printing compatibility and repeat-order requirements.
It is a decorative PVC card material with a holographic, metallic, iridescent or mirror-effect surface used in printed and laminated plastic cards.
No. Holographic PVC core sheet forms a structural or decorative card layer, while holographic overlay is generally a thinner protective external film.
The page lists approximately 0.15–0.76mm. Common card-core references include 0.15, 0.18, 0.20 and 0.30mm. Confirm actual availability for each surface grade.
A thicker sheet may suit selected direct-printing card constructions, but final printing, punching, flatness, surface protection and dimensional requirements must be tested.
Yes, with the appropriate printable treatment and approved ink. Offset, UV offset, screen and selected digital methods can be evaluated through samples.
White ink is useful where opaque colors, photographs, logos and readable fine text are required. Reflective areas may be intentionally left without a white backing.
Transparent inks interact with the reflective background. Opaque white underprinting can reduce this effect and provide a more consistent basis for printed colors.
Custom optical patterns, logos and repeated designs may be developed according to artwork, tooling requirements, order quantity and production feasibility.
Yes. A production drawing should specify the required pattern orientation relative to the card design and cutting layout.
Scratch resistance depends on the decorative surface, coating and protective overlay. Mirror surfaces can show scratches more clearly and should be handled carefully.
PVC generally tolerates routine moisture, but finished-card water resistance depends on all printing, coatings, bonding and edge conditions. It should be verified for the intended application.
It may be compatible with suitably coated PVC overlay. The complete printed stack should be validated for peel strength, surface appearance and dimensional stability.
Yes, in properly engineered constructions. Conductive metallized layers can interfere with the antenna, so RF performance must be tested on the completed card.
Standard decorative holograms are primarily visual features. Secure authentication may require controlled holography, unique data, secure chips and a trusted verification system.
These processes may be possible for qualified card structures, but pressure, heat and tooling must be tested to avoid damaging the optical layer.
Holographic PVC generally creates angle-dependent color or pattern effects, while mirror PVC focuses on strong reflective appearance. Their construction and printing requirements can differ.
Excessive processing heat or pressure, incompatible layers or unsuitable optical construction may alter the appearance. Compare raw and laminated reference samples under controlled lighting.
Highly reflective surfaces can make fine scratches more visible. Protective interleaving, clean handling and suitable final overlays help reduce damage.
Approve the optical effect, pattern orientation, color, material thickness, printed appearance, lamination bonding, finished-card dimensions and functional performance.
Yes. Physical samples are recommended because holographic movement, mirror brightness and iridescent color are difficult to judge accurately from photographs.
Provide the required effect, color, pattern, thickness, sheet dimensions, printing method, white ink requirements, pattern direction, card structure, order quantity, packaging and delivery destination.
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