White core PC PVC PETG sheet card materials in 0.15mm and 0.3mm thicknesses offer unbeatable combinations of durability, print performance
core sheet
WALLIS
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In the fast-paced card manufacturing industry, choosing the right base material can make or break product performance. Whether you're producing ID cards, access control badges, or smart cards, white core PC PVC PETG sheet card materials provide the structure, durability, and print quality required in professional applications. Available in standard 0.15mm and 0.3mm thicknesses, these sheets cater to different needs in terms of strength, flexibility, and lamination depth.
White core sheets serve as the inner or central layer in multi-layer card constructions. Let’s briefly explore each material:
High impact resistance
Excellent for laser engraving
Great thermal stability
Ideal for government IDs and licenses
Widely used and cost-effective
Smooth printing surface
Compatible with most printing technologies
Common in bank and loyalty cards
Environmentally friendlier
BPA-free and recyclable
Excellent adhesion with overlay films
Preferred for eco-conscious projects
Thickness significantly influences the final application and durability.
Thickness | Typical Use | Pros | Cons |
---|---|---|---|
0.15mm | Inner core for laminated cards | More flexible, easier to layer | Slightly lower strength |
0.3mm | Used in single or fewer-layer cards | Better rigidity and durability | May require more heating time in lamination |
These materials stand up to daily wear and tear, chemical exposure, and even lamination heat up to 140°C.
High-white cores ensure vibrant, consistent colors during offset or digital printing, helping logos and photos pop with accuracy.
Use: Driver's licenses, national ID
Material: PC or PETG
Feature: Laser engraving and chip embedding
Use: Credit/debit cards
Material: PVC or PETG
Feature: Magnetic stripe & EMV chip compatibility
Use: Store cards, access passes
Material: PVC for affordability
Feature: Printable with barcodes and QR
PETG is widely recyclable and complies with RoHS and REACH standards, making it ideal for sustainable card programs.
White core sheets accept a variety of printing methods, ensuring high-resolution imagery, anti-fade quality, and scratch resistance.
Add holographic overlays for security
Stripe embedding supported on PVC and PETG variants
White core PC PVC PETG sheet card materials in 0.15mm and 0.3mm thicknesses offer unbeatable combinations of durability, print performance, and customizability. Whether you're producing national IDs, bank cards, or retail membership cards, these materials provide the ideal foundation. Choose smart, source wisely, and stay ahead in the ever-evolving card production industry.
Polycarbonate (PC) is the most durable, especially in high-security applications.
Yes. 0.3mm sheets are suitable as an inner layer for RFID or chip-based smart cards.
PETG is the top choice due to its recyclability and absence of toxic chemicals.
Yes, especially PVC and PETG, which perform well with hot-stamping, silk screen, and laser printing.
Yes. A high-opacity white core ensures color vibrancy and avoids background distortion.
In the fast-paced card manufacturing industry, choosing the right base material can make or break product performance. Whether you're producing ID cards, access control badges, or smart cards, white core PC PVC PETG sheet card materials provide the structure, durability, and print quality required in professional applications. Available in standard 0.15mm and 0.3mm thicknesses, these sheets cater to different needs in terms of strength, flexibility, and lamination depth.
White core sheets serve as the inner or central layer in multi-layer card constructions. Let’s briefly explore each material:
High impact resistance
Excellent for laser engraving
Great thermal stability
Ideal for government IDs and licenses
Widely used and cost-effective
Smooth printing surface
Compatible with most printing technologies
Common in bank and loyalty cards
Environmentally friendlier
BPA-free and recyclable
Excellent adhesion with overlay films
Preferred for eco-conscious projects
Thickness significantly influences the final application and durability.
Thickness | Typical Use | Pros | Cons |
---|---|---|---|
0.15mm | Inner core for laminated cards | More flexible, easier to layer | Slightly lower strength |
0.3mm | Used in single or fewer-layer cards | Better rigidity and durability | May require more heating time in lamination |
These materials stand up to daily wear and tear, chemical exposure, and even lamination heat up to 140°C.
High-white cores ensure vibrant, consistent colors during offset or digital printing, helping logos and photos pop with accuracy.
Use: Driver's licenses, national ID
Material: PC or PETG
Feature: Laser engraving and chip embedding
Use: Credit/debit cards
Material: PVC or PETG
Feature: Magnetic stripe & EMV chip compatibility
Use: Store cards, access passes
Material: PVC for affordability
Feature: Printable with barcodes and QR
PETG is widely recyclable and complies with RoHS and REACH standards, making it ideal for sustainable card programs.
White core sheets accept a variety of printing methods, ensuring high-resolution imagery, anti-fade quality, and scratch resistance.
Add holographic overlays for security
Stripe embedding supported on PVC and PETG variants
White core PC PVC PETG sheet card materials in 0.15mm and 0.3mm thicknesses offer unbeatable combinations of durability, print performance, and customizability. Whether you're producing national IDs, bank cards, or retail membership cards, these materials provide the ideal foundation. Choose smart, source wisely, and stay ahead in the ever-evolving card production industry.
Polycarbonate (PC) is the most durable, especially in high-security applications.
Yes. 0.3mm sheets are suitable as an inner layer for RFID or chip-based smart cards.
PETG is the top choice due to its recyclability and absence of toxic chemicals.
Yes, especially PVC and PETG, which perform well with hot-stamping, silk screen, and laser printing.
Yes. A high-opacity white core ensures color vibrancy and avoids background distortion.