What Is a Teslin RFID Card?

A Teslin RFID card is a smart card that combines a Teslin® synthetic substrate with an RFID or NFC inlay, antenna and chip. The Teslin material provides the card structure, printability and durability, while the embedded RFID/NFC components enable contactless communication with compatible readers.

Teslin substrate is a microporous, polyolefin-based synthetic material known for its printability, durability and strong bonding with laminates and embedded components. It is used in laminated cards, secure credentials, ID cards and RFID-embedded smart cards.

The RFID function itself comes from the selected chip and antenna configuration, not from the Teslin material alone.

For each project, the card construction should therefore be selected according to the required chip, frequency, antenna design, printing process, laminate structure and application.

Why Choose Teslin for RFID Cards?

Teslin is suitable for card projects where durability, print quality, flexibility and reliable lamination are important.

Durable Card Construction

Teslin-based card structures can provide strong resistance to tearing, moisture, abrasion and everyday handling when properly laminated and manufactured.

High-Quality Printing

The microporous structure of Teslin allows inks and toners to interact with the substrate, supporting high-quality graphics, photographs, text, barcodes and variable data.

Strong Lamination

Teslin can form strong mechanical bonds with compatible laminates. The final performance depends on the selected Teslin grade, laminate, temperature, pressure and production process.

Flexible and Lightweight

Teslin-based constructions can offer a more flexible feel than conventional rigid PVC cards, making them suitable for applications requiring frequent handling.

Suitable for Embedded Electronics

Teslin can be incorporated into laminated card structures containing RFID/NFC chips, antennas and other embedded components.

Teslin vs PVC vs PETG vs Polycarbonate

Choosing the right card material depends on the application's durability, flexibility, security, printing and production requirements.

*RFID/NFC capability depends on the selected chip, antenna and inlay configuration.

Teslin is often considered when a project requires a combination of flexibility, durability, printability and strong lamination. PVC may be preferred for conventional rigid plastic cards, while PETG and polycarbonate can be selected when specific durability, environmental or security requirements apply.

Teslin RFID Card Specifications

We can configure card construction according to your application, RFID system and production requirements.

Final specifications should be confirmed according to the selected chip, inlay, card construction and application.

Which RFID or NFC Chip Should You Choose?

The appropriate chip depends on your application, security requirements, communication range and existing reader system.

MIFARE

Suitable for applications such as access control, membership, identification and other HF contactless systems.

DESFire

Designed for applications requiring stronger security and more advanced data protection.

NTAG

Commonly used for NFC applications such as smart information cards, product interaction, digital engagement and mobile-readable applications.

Ultralight

Suitable for selected ticketing, event and short-term contactless applications.

ICODE

Used in HF RFID applications requiring item or document identification.

UCODE

Designed for UHF RFID applications where longer read distances and item-level identification are required.

Our team can help match the chip and inlay configuration to your existing RFID/NFC system before production.

Custom Teslin RFID Card Manufacturing

Every B2B project can require different card specifications. We support customization from card construction to final packaging.

Card Customization

· Card size and shape

· Thickness

· Teslin grade or material construction

· RFID/NFC chip

· Antenna design

· Printing method

· Logo and artwork

· QR code

· Barcode

· Serial number

· UID or data encoding

· Variable personalization

· Surface finish

· Packaging

Send us your card artwork, chip requirement, application and estimated quantity. Our team can review the project specifications and recommend a suitable card construction before sampling.

Teslin RFID Card Applications

Teslin RFID and NFC cards can be customized for a wide range of B2B applications.

Identification Cards

Durable smart cards for employee identification, membership identification and other credential applications.

Access Control Cards

RFID-enabled cards for offices, facilities, hotels, campuses and controlled-access environments.

Membership & Loyalty Cards

Custom NFC or RFID cards for membership programs, loyalty systems and customer engagement.

Hospitality Cards

Hotel key cards and other contactless cards requiring durable printing and reliable daily handling.

Transportation & Ticketing

RFID/NFC card solutions for selected transportation, ticketing and access applications.

Secure Credentials

Teslin-based card constructions can be considered for identification and credential projects requiring durable printed information and embedded technologies.

How We Manufacture Teslin RFID Cards

A controlled manufacturing process helps maintain consistent card quality from material preparation to final shipment.

1. Project Specification

We confirm card size, material construction, chip, antenna, printing, encoding and application requirements.

2. Material & Component Verification

Materials, RFID/NFC chips and inlays are checked against the approved specification.

3. Card Construction

The Teslin substrate, RFID/NFC inlay and other card layers are assembled according to the approved structure.

4. Printing & Personalization

Artwork, logos, barcodes, QR codes and variable information are produced according to the approved artwork.

5. RFID/NFC Testing

Cards can be checked for chip response, data encoding and required RFID/NFC performance.

6. Final Quality Inspection

Finished cards are inspected for dimensions, appearance, printing, lamination, flatness and other agreed specifications.

7. Packaging & Shipment

Approved cards are packaged according to the project requirements and prepared for international shipment.

Quality Control for B2B Teslin RFID Cards

For bulk orders, consistent production is as important as the initial sample.

Our quality-control process can include:

Material Inspection
Verification of material type, specification and production requirements.

Dimension Inspection
Checking card size, thickness, shape and dimensional consistency.

Printing Inspection
Checking artwork, color, image quality, barcode and variable data.

RFID/NFC Verification
Checking chip response, encoding and data accuracy according to the selected configuration.

Lamination Inspection
Checking card bonding, appearance, bubbles, warping and other visible defects.

Final Inspection
Finished-card inspection before packaging and shipment.

For customized projects, buyers can approve samples or a golden sample before mass production.

Why Choose Kaisere Technology?

10,000㎡ Manufacturing Facility

Our manufacturing operations are supported by a 10,000㎡ factory facility and multiple production lines.

12+ Million RFID Products Monthly

Our production capability exceeds 12 million RFID products per month across our manufacturing operations.

Established in 2003

Kaisere Technology has been manufacturing and supplying RFID products since 2003.

23 Years of Export Experience

Our international business experience supports communication, production coordination and export requirements for overseas buyers.

Global Market Coverage

Our products serve customers across more than 100 countries.

Custom B2B Manufacturing

We support RFID/NFC chip selection, card construction, printing, encoding, personalization, packaging and project-specific requirements.

Sample Approval Before Mass Production

For customized Teslin RFID card projects, sample approval can help buyers verify the actual product before committing to bulk production.

A typical project process is:

Requirement → Specification → Sample → Testing → Approval → Mass Production → QC → Shipment

You can provide:

· Required card size

· Target thickness

· RFID/NFC chip

· Existing reader system

· Artwork

· Required encoding

· Quantity

· Application

· Delivery destination

Our team can then review the requirements and prepare a suitable production proposal.

Global B2B Supply & Export Support

Kaisere Technology works with international RFID system integrators, smart card purchasers, brands and distributors.

For export orders, we can coordinate production, quality inspection, packaging and shipment according to the agreed project requirements.

Available shipping arrangements can include courier, air freight or sea freight depending on order size, destination and delivery requirements.

Contact us with your destination, quantity and required delivery schedule so we can recommend a suitable shipping arrangement.

Teslin RFID Card FAQ

Q1: What is a Teslin RFID card?

A Teslin RFID card combines Teslin® synthetic substrate with an RFID or NFC inlay, antenna and chip. Teslin provides the card structure and printing characteristics, while the embedded RFID/NFC components provide contactless communication.

Q2: Is Teslin the same as PVC?

No. Teslin is a microporous synthetic substrate, while PVC is a rigid plastic material commonly used for conventional cards. Teslin is often selected when flexibility, printability, durability and strong lamination are important.

Q3: Are Teslin RFID cards waterproof?

A properly constructed Teslin card can provide strong resistance to moisture and water exposure. However, final environmental resistance depends on the complete card structure, laminate and manufacturing process. Testing the finished card is recommended for demanding applications.

Q4: What RFID chips can be used in Teslin cards?

Depending on the application, Teslin cards can be manufactured with RFID/NFC chips such as MIFARE, DESFire, NTAG, Ultralight, ICODE and UCODE. The appropriate chip depends on frequency, protocol, security requirements and reader compatibility.

Q5: Can Teslin cards support NFC?

Yes. Teslin card constructions can incorporate NFC chips and antennas for compatible 13.56 MHz NFC applications. The final card configuration should be selected according to the required NFC chip and system.

Q6: Can Teslin RFID cards be customized?

Yes. Card size, thickness, chip, antenna, printing, surface finish, encoding, QR code, barcode, serial number and packaging can be customized according to project requirements.

Q7: Can you encode RFID or NFC chips before shipment?

Yes. RFID/NFC data encoding and personalization can be arranged according to the selected chip, data format and project requirements.

Q8: What size are Teslin RFID cards?

CR80, approximately 85.5 × 54 mm, is a common smart-card size. Custom sizes and shapes can also be reviewed according to the required card construction.

Q9: Can I request samples before a bulk order?

Yes. Sample production can be arranged so buyers can evaluate card construction, printing, RFID/NFC performance and personalization before mass production.

Q10: How do you control the quality of bulk orders?

Quality control can include material verification, dimensional inspection, printing inspection, RFID/NFC testing, encoding verification, lamination inspection and final product inspection.

Q11: What information do you need for a Teslin RFID card quotation?

For an accurate quotation, provide the card size, thickness, chip, frequency, artwork, printing requirements, encoding requirements, quantity, application and delivery destination.

Q12: Do you ship Teslin RFID cards internationally?

Yes. Kaisere Technology supplies RFID products to customers in more than 100 countries and can coordinate international production, packaging and shipping according to project requirements.