|
Wallis supplies custom bamboo NFC wood cards with NTAG213/215/216 chips, laser engraving, UV printing and unique data encoding for digital business cards, hotels, membership and OEM bulk orders.
NFC Card
WALLIS
| Size: | |
|---|---|
| Color: | |
| Quantity: | |
Wallis supplies custom bamboo NFC wood cards for digital business card brands, hotels, corporate access systems, membership programs, event organizers, promotional companies and international OEM distributors.
Our bamboo NFC cards combine natural wood-grain appearance with an embedded 13.56MHz NFC chip and antenna. Customization options include NTAG213, NTAG215 and NTAG216 chips, laser engraving, UV full-color printing, QR codes, serial numbers, unique NFC data encoding, card dimensions, surface finishes and branded packaging.
For digital business cards, NFC technology allows compatible smartphones to open a website, contact profile or digital landing page with a tap. For hotel key cards and access-control applications, the chip must be selected according to the specific lock, reader, software and authentication requirements.
OEM & ODM Services: Bamboo or wood material, custom card size, thickness, corner radius, NTAG chip, antenna design, laser-engraved logo, UV printing, QR code, variable data, NFC encoding, password configuration, read-only locking, branded packaging and bulk supply.
| Specification | Details |
|---|---|
| Product Name | Customized Bamboo NFC Wood Card |
| Card Material | Natural bamboo, bamboo veneer composite or customized wood material |
| Standard Size | Approximately 85.6 × 54mm, CR80 format; custom dimensions available |
| Thickness | Approximately 0.8–1.6mm depending on construction; confirm exact grade |
| Operating Frequency | 13.56MHz NFC / HF RFID |
| Chip Options | NTAG213, NTAG215, NTAG216 or system-specific chip subject to confirmation |
| NTAG213 User Memory | 144 bytes |
| NTAG215 User Memory | 504 bytes |
| NTAG216 User Memory | 888 bytes |
| NTAG Protocol | NFC Forum Type 2 Tag / ISO/IEC 14443 Type A |
| Reading Distance | Short-range; varies with antenna, card structure, smartphone and reader |
| Surface Finish | Natural matte, polished, varnished or project-specific protective treatment |
| Branding | Laser engraving, UV printing, screen printing, hot stamping or customized processing |
| Variable Data | QR code, barcode, serial number, member number, room number, name, UID reference |
| NFC Encoding | NDEF URL, text, compatible contact data, profile link or custom application data |
| Data Protection | Memory locking and password-related configuration subject to chip capability |
| Applications | Digital business cards, membership cards, hotel cards, events, access control and interactive marketing |
| MOQ | Depends on bamboo construction, chip, artwork, encoding and packaging |
| OEM / ODM | Supported, subject to technical and order confirmation |
Final material, card thickness, chip authenticity, antenna construction, NFC encoding, smartphone compatibility and reading performance should be confirmed by an approved specification and physical production sample.
A bamboo NFC card is a contactless smart card with a bamboo or wood exterior and an embedded NFC chip connected to an antenna. When the card approaches a compatible NFC-enabled phone or reader, the device can read the programmed information.
The card normally operates without a battery. The reader generates the radio-frequency field that powers communication with the NFC chip.
Natural bamboo grain gives each card a distinctive appearance. Differences in color, fiber pattern, engraving shade and grain direction are normal material characteristics. Card manufacturers should establish acceptable visual variation before bulk production.
Natural Bamboo NFC Card
Custom Wooden NFC Card
Choosing the correct NFC chip is important for reliable reading, encoding and application compatibility. NTAG213, NTAG215 and NTAG216 are commonly used for NFC data exchange at 13.56MHz, but their user memory capacities differ.
| Chip | User Memory | Typical Application | Selection Advice |
|---|---|---|---|
| NTAG213 | 144 bytes | Business profiles, short URLs, simple NDEF records | Suitable for many digital business cards |
| NTAG215 | 504 bytes | Applications with larger data requirements | Choose when the payload needs additional storage |
| NTAG216 | 888 bytes | Larger text or NDEF data records | Confirm whether the extra memory is needed |
| System-Specific Chip | Depends on model | Hotel locks and secure access systems | Must match the reader and authentication protocol |
NTAG213 provides 144 bytes of user memory and is suitable for short website links, digital contact profiles and basic NDEF records. When the card points to an online digital profile, the webpage can contain much more information than the chip itself.
NTAG215 provides 504 bytes of user memory. It can be selected for applications requiring larger NDEF content or a specific platform that uses this chip configuration.
NTAG216 provides 888 bytes of user memory. It is appropriate when an application needs additional on-chip storage beyond NTAG213 or NTAG215.
Hotel locks, employee-access systems and secure readers may require a different chip family or authentication technology. Buyers should provide the lock brand, encoder model, reader specifications or a working reference card before selecting the NFC chip.
| Material | Main Benefit | Main Consideration |
|---|---|---|
| Bamboo | Natural grain, distinctive appearance and premium branding | Moisture control, grain variation and card thickness |
| Wood Veneer | Choice of species, color and surface character | Wood type, layered construction and edge durability |
| PVC | Conventional production, competitive cost and printability | Different appearance and material profile |
| PETG | Compatible options for selected durable card structures | Grade-specific manufacturing and bonding requirements |
Laser engraving produces a contrasting mark on the bamboo surface and is suitable for logos, names, icons, serial numbers and selected QR codes. The final engraving shade varies with bamboo fiber structure and laser-processing settings.
UV printing supports colorful logos, detailed artwork, gradients and branded card designs. A white ink underlayer may be needed for consistent colors over a naturally patterned bamboo surface.
QR codes, employee names, serial numbers and member IDs can be printed or engraved on each card. Variable data can also be coordinated with the NFC encoding file so the physical identifier and programmed record match.
Custom card sizes, corner radii, bamboo textures, polished surfaces, protective coatings and branded packaging may be evaluated. Special shapes must account for antenna location, chip placement and edge clearance.
NFC encoding allows the card to exchange predefined data with compatible devices. Common applications include website URLs, digital contact profiles, membership pages, digital catalogs and marketing landing pages.
A short HTTPS URL can be encoded into the chip. The URL may lead to a business profile, website, booking page, product catalog or contact-sharing platform.
Each card can have a different URL or identifier. Variable data should be supplied in an approved file with a clear relationship between the encoded payload and the printed or engraved information.
Supported NFC memory areas can be permanently locked after encoding. Because the locking operation may be irreversible, all data must be verified before applying it.
Selected NTAG chips support password-related access controls for certain operations. Such features do not replace a secure backend or advanced cryptographic authentication.
After encoding, verify the UID, NDEF data, URL destination, variable-data matching and locking status. For online digital cards, test the landing page in addition to the NFC chip itself.
Embedded NFC Chip
NFC Chip and Antenna
NTAG-based NFC cards are designed for contactless interaction with compatible NFC-enabled phones and readers. However, the actual user experience depends on the smartphone model, operating system, NFC settings, antenna location, encoding format and card construction.
| Compatibility Check | What to Verify |
|---|---|
| iPhone | Supported device, NFC reading behavior and correct tap location |
| Android | NFC hardware, settings, operating system and NDEF handling |
| URL Reading | Correct encoded link, HTTPS destination and browser behavior |
| Antenna Performance | Reading position, orientation, card thickness and distance |
| Metal Proximity | Possible reading interference and need for a special antenna structure |
| Hotel / Access System | Chip protocol, authentication and compatibility with the real reader |
Bamboo NFC business cards allow users to share links to digital profiles, websites, portfolios, appointment pages and contact information. A QR code can provide an alternative access method when NFC is unavailable.
Customized bamboo cards can be considered for compatible hotel locking systems. Chip selection, card thickness, reader protocol and authorization requirements must be approved before production.
Corporate access, attendance and identification programs can use bamboo smart cards when the selected chip and antenna are compatible with the security platform.
Restaurants, gyms, spas, clubs, resorts and retailers can use bamboo NFC cards to connect customers with membership accounts, rewards pages, reservations and promotional programs.
NFC cards can direct guests to event registration, VIP content, digital schedules and check-in information. Authentication must be performed by a suitable event platform where required.
Bamboo NFC cards can connect customers to product information, warranty registration, branded experiences, catalogs and verification services. High-security authentication requires additional system controls.
Digital Business Cards
Membership Cards
Hotel and Access Cards
Bamboo NFC Card Applications
Confirm whether the product is intended for digital business cards, hotel access, corporate membership, events, loyalty programs or interactive marketing.
Choose NTAG213, NTAG215, NTAG216 or a system-specific chip based on the data requirements and target reader.
Specify card length, width, thickness, corner radius and surface treatment. For hotel cards and dispensing equipment, confirm mechanical compatibility.
Provide vector logos in AI, PDF, EPS or other agreed formats. Indicate laser engraving, UV printing, Pantone colors, QR codes and variable names or serial numbers.
Confirm whether all cards share one URL or require unique data. Specify NDEF formatting, read-only locking, password settings and data verification requirements.
Evaluate bamboo appearance, engraving, printing, dimensions, chip operation, NFC reading, QR-code scanning and data matching using actual sample cards.
Approve the final specification, acceptable natural-grain variation, inspection plan, packaging format, labeling and delivery requirements before mass production.
Inspect bamboo type, card thickness, dimensions, grain appearance, edge finish, surface moisture, cracks, stains and deformation.
Verify the NFC chip model, antenna performance, UID, reading orientation and compatibility with the approved smartphone or reader.
Check logo placement, printing clarity, color, adhesion, engraving depth, QR-code readability and consistency with the approved artwork.
Confirm the programmed URL, NDEF record, UID reference, variable-data matching, password configuration and memory lock status before packing.
Check card dimensions, thickness, flatness, surface finish, NFC operation, printed data, QR code and packaging condition according to the approved sample.
| Issue | Possible Cause | Recommended Check |
|---|---|---|
| NFC card cannot be read | Wrong tap position, incompatible reader or damaged antenna | Test with a reference card and target device |
| Wrong webpage opens | Incorrect or mismatched encoding data | Verify NDEF data and variable-data file |
| Hotel lock does not respond | Wrong chip, protocol or authentication format | Confirm system requirements and working card sample |
| Card stops reading after engraving | Damage to embedded chip or antenna | Review laser settings and antenna keep-out area |
| QR code cannot scan | Low contrast or insufficient code size | Adjust engraving contrast and verify scanning |
| Card warps or cracks | Moisture, internal stress or improper storage | Check conditioning and bamboo construction |
| Weak NFC reading near metal | Antenna detuning caused by nearby metal | Evaluate an engineered on-metal design |
Bamboo is a plant-based material with a distinctive natural appearance. Bamboo card surfaces can provide an alternative to conventional all-plastic card bodies for brands seeking a different visual and tactile identity.
However, NFC functionality requires electronic components, including a chip and antenna, as well as possible adhesives, coatings and printing inks.
A finished bamboo NFC card should not automatically be described as fully biodegradable, compostable or recyclable. Environmental performance depends on the full material structure, verified sourcing and available end-of-life processing.
Custom bamboo NFC cards can be supplied with protective sleeves, paper boxes, customized presentation packaging or bulk export cartons according to the approved order.
Store bamboo cards in a clean, dry and stable indoor environment. Avoid prolonged water exposure, excessive humidity, high heat, strong pressure and severe bending.
Wallis supports overseas B2B customers with customized bamboo NFC card materials, chip selection, printing, engraving, encoding, sample evaluation and OEM bulk production.
Custom bamboo or wood card materials.
NTAG213, NTAG215 and NTAG216 chip options.
Laser engraving and UV full-color printing.
Unique NFC URLs and variable data encoding.
QR codes, serial numbers and member identification.
Physical samples and compatibility testing.
Bulk inspection and customized export packaging.
OEM and ODM production for international buyers.
Wallis Bamboo NFC Card Services
Project communication, sample approvals and feedback help define the final card construction, artwork, chip selection and bulk-order requirements.
A bamboo NFC card is a smart card with a bamboo or wood surface and an embedded NFC chip and antenna. It can exchange programmed information with compatible NFC-enabled devices.
Common options include NTAG213, NTAG215 and NTAG216. Other chips should be selected according to the application and reader requirements.
Their user memory capacities differ: 144 bytes for NTAG213, 504 bytes for NTAG215 and 888 bytes for NTAG216.
NTAG213 is often sufficient for a short website or profile URL. Larger chips are appropriate when the application requires more data stored directly on the card.
No. Hotel locks may use other chip families, protocols and authentication methods. The chip must match the specific locking system.
They can work with compatible NFC-enabled smartphones. Exact behavior depends on the device model, operating system, NFC settings and encoded data.
Many compatible smartphones can open an NFC-encoded web link through their built-in features. Some applications or data formats may still require additional software.
No. Standard passive NFC cards obtain energy from the compatible reader's electromagnetic field.
If the card stores a managed redirect URL, the destination page may be changed through the website platform without rewriting the tag. This depends on the URL setup and hosting controls.
Yes. Each card can be programmed with a unique URL or identifier and matched with the corresponding printed name, serial number or QR code.
Supported memory areas can be permanently locked against rewriting. Because the operation is generally irreversible, the data must be verified beforehand.
Genuine standard NTAG chip UIDs are factory-programmed identifiers and should not be treated as user-editable. Application-specific identifiers can instead be stored in approved user-memory fields or a backend system.
Standard bamboo cards should not be described as fully waterproof. Protective finishes may improve resistance to routine moisture, but prolonged soaking should be avoided.
The bamboo portion is plant-based, but the complete card contains electronic and bonding components. Full-card biodegradability should not be claimed without appropriate evidence.
Actual recycling depends on the finished-card construction and whether local facilities can process or separate bamboo, electronic components, adhesives and coatings.
The card can link to a verification platform. Reliable authentication requires appropriate credential controls and backend validation rather than relying only on a static URL.
Deep engraving or excessive laser energy can damage embedded components. The antenna and chip location should be protected, and finished samples must be tested.
Nearby metal can interfere with ordinary NFC antennas. Special applications may require a suitable on-metal antenna structure and qualification testing.
Yes. Samples should be tested for appearance, thickness, printing, engraving, NFC reading, data encoding, QR-code scanning and reader compatibility before production approval.
Provide the card application, bamboo or wood material, dimensions, thickness, required chip or reader, artwork, decoration method, NFC encoding requirements, order quantity, packaging and delivery destination.
