Frequently Asked Questions

PrintPlast supports Low Frequency (LF) at 125-134 kHz for legacy systems, High Frequency (HF) at 13.56 MHz for modern hotel lock systems, and Ultra-High Frequency (UHF) at 860-960 MHz for asset tracking.

Standard 13.56 MHz contactless chips use basic encryption suitable for low-security applications. AES-encrypted high-security contactless chips offer advanced AES 128-bit encryption, multiple applications on one card, and higher security, ideal for payment systems and secure access control.

Yes, PrintPlast offers NFC Forum Tag compatible cards that work seamlessly with smartphone NFC readers. These cards support NDEF data format and enable mobile app integration for hotels.

For HID systems, PrintPlast offers HID Proximity cards (125 kHz) for legacy access control and iCLASS/Seos cards (13.56 MHz) for modern luxury hotel environments with advanced encryption.

Security depends on the chip family, key management, encoder configuration and property procedures. AES-based authenticated credentials and other encrypted options can provide stronger protection when correctly configured; no credential is universally clone-proof.

Absolutely. A single card can manage room access, spa entry, pool access, minibar purchases, restaurant charges, parking, elevator access, and loyalty program integration.

Dual interface cards combine contact and contactless capabilities in a single card with a visible gold contact point plus RFID functionality, ideal for mixed lock systems or technology transitions.

LEGIC operates at 13.56 MHz with segment-based security and multi-application capability, widely used in European hotel solutions for room access and amenity management.

Yes, PrintPlast specializes in multi-technology solutions including multi-frequency cards, hybrid cards combining contactless RFID with contact smart card chips, and combination cards with magnetic stripe.

Read range depends on the reader, antenna, credential technology, installation and surrounding materials. Verify finished samples on the installed reader and under the intended conditions rather than assuming one range for every card in a frequency family.

Options are available for applicable ISO/IEC card and air-interface standards, depending on the selected product. Compliance with a standard does not mean universal lock compatibility; the exact chip and encoding must match the reader.

Yes, UHF technology at 860-960 MHz enables extended read range and fast data transfer for tracking linens, equipment, luggage, and maintenance tools.

A wood card body uses a renewable material and can reduce the need for virgin plastic. A finished RFID card also contains a chip, antenna, bonding materials, and finishes, so its environmental profile and end-of-life route depend on the exact construction. Ask us for the specification of your chosen build.

Recycled content can reduce virgin PVC use. The recycled proportion, finished-card construction and environmental impact depend on the specification; ask for the details of your chosen build.

Card bodies made from compressed wood fibres, with RFID components specified separately. End-of-life options depend on the complete card construction, including chip, antenna, adhesives and finishes, and on local collection facilities. Do not assume that a wood or fibre card body makes the finished RFID card compostable. Ask for construction details and an appropriate collection route.

Service life depends on the selected material, protective finish, handling and operating conditions. Approve a finished sample and agree the durability requirements for your project rather than relying on a universal lifespan.

Many 125 kHz, 13.56 MHz and NFC options can be built into wood, recycled-PVC or BioBoard bodies. The exact construction is selected for the installed reader and verified with a finished sample.

A wood card body uses a renewable material and can reduce the need for virgin plastic. A finished RFID card also contains a chip, antenna, bonding materials, and finishes, so its environmental profile and end-of-life route depend on the exact construction. Ask us for the specification of your chosen build.

Service life depends on the selected material, protective finish, handling and operating conditions. Approve a finished sample and agree the durability requirements for your project rather than relying on a universal lifespan.

Yes, smooth lightweight wooden faceplates pair with soft organic cotton straps, adjustable for various wrist sizes and suitable for multi-day resort wear.

Water, pool-chemical and saltwater resistance depend on the chosen construction and finish. Confirm the required exposure conditions and supporting tests for the specific wristband before approval; an RFID chip rating alone does not describe the complete bracelet.

End-of-life options depend on the complete card construction, including chip, antenna, adhesives and finishes, and on local collection facilities. Do not assume that a wood or fibre card body makes the finished RFID card compostable. Ask for construction details and an appropriate collection route.

Unit pricing depends on material, chip, quantity, artwork, personalization and delivery scope. Compare quotations with the same specifications and freight terms. Send these details for a current price and sample proposal.

Unique natural wood grain creates premium perception, generates social media appeal, and communicates sustainability and craftsmanship valued by conscious luxury travelers.

FSC certification concerns responsible sourcing; it is not an allergy or skin-contact safety guarantee. Ask for the materials, finishes and relevant test documentation for the selected construction, including any parts worn against the skin.

PrintPlast holds ISO 9001 and ISO 14001 management-system certifications and FSC chain-of-custody certification. Ask for the documents applicable to your order; certification scope and product-specific test evidence are distinct.

Yes, many hotels encourage guests to keep wooden cards as sustainable souvenirs that provide ongoing brand exposure and lasting memorable impression.

Absolutely. Full customization includes hotel logo, brand colors, and unique designs through laser engraving for wooden cards, full-color CMYK printing, hot foil stamping, UV spot printing, and embossing.

Wooden cards offer laser engraving for elegant permanent designs, full-color UV printing for vibrant photographic-quality images, and hot foil stamping for metallic gold, silver, or holographic accents.

Yes, complimentary design consultation is provided. Our design team works to incorporate hotel branding optimized for each material type. Digital proofs are provided before production.

Absolutely. Detailed digital mockups showing exactly how designs appear on chosen materials are provided. Physical samples can also be produced for tactile evaluation.

Yes. Comprehensive sample packs include FSC-certified wooden cards, recycled PVC cards, PPH Bioboard cards, and wooden RFID wristband examples. Contact info@printplast.com to request samples.

Yes, recycled PVC accepts full-color CMYK printing with photo-quality resolution while using 50-80% post-consumer recycled content.

Wooden wristbands offer laser engraved logos, full-color UV printing, custom strap colors in organic cotton, adjustable sizing, and personalization with guest names.

Yes, using Pantone color matching system (PMS), PrintPlast reproduces precise colors from your brand guidelines with color samples before full production.

Options include hot foil stamping in metallic finishes, UV spot coating, embossing, matte or glossy lamination, and natural oil finishes for wooden cards.

Yes, cards can include unique guest names, membership numbers, room numbers, QR codes, sequential numbering, or custom messages.

Laser engraving is permanent; UV printing is sealed with protective coatings; hot foil stamping creates permanent metallic bonds, all tested for hospitality durability.

Accepted formats include Adobe Illustrator (.AI, .EPS), Photoshop (.PSD), PDF (300 DPI, CMYK), and vector files (.SVG).