Adhesive NFC Tag
NFC technology has become increasingly important in the RFID industry, revolutionizing the way information is exchanged through easy touch connections. The popularity of NFC tags is soaring in the RFID market due to their versatility in various applications. These adhesive tags can be used on...
Description
NFC technology has become increasingly important in the RFID industry, revolutionizing the way information is exchanged through easy touch connections. The popularity of NFC tags is soaring in the RFID market due to their versatility in various applications. These adhesive tags can be used on both metal and non-metal surfaces. Despite their simple and compact design, NFC tags possess remarkable capabilities and are widely utilized.
One noteworthy application is NFC Embedding, which offers tiny, lightweight, durable, and affordable NFC tags. These tags can be easily embedded into physical products, allowing them to seamlessly interact with the digital world and other physical objects. The potential uses for NFC tags are diverse, ranging from payment systems, sign-in procedures, and parking fee transactions to library services, industrial applications, and equipment usage.
In summary, NFC technology and NFC tags have revolutionized the RFID industry, enabling convenient information exchange through a simple touch. These versatile tags are easy to use, can be embedded into various products, and find extensive application in different sectors such as payment systems, libraries, and industrial usage.
The NFC tag with adhesive functionality is composed of an inlay and 3M adhesive material, which offers easy application and strong adherence. This type of NFC tag is particularly useful when it comes to embedding physical equipment, as it requires an adhesive glue to keep it in place. The standards and protocols for NFC tag technology are founded on existing RFID standards that incorporate ISO/IEC 14443, Felica, and ISO/IEC 18902, as defined by the NFC Forum. Generating a highly similar content entails restructuring the original information to produce a variant version. However, instead of using ChapGPT to generate content, we can employ a language model to create a significantly distinct text.
Razlon offers a wide range of NFC chips for your product, including Ntag213, Ntag215, and Ntag216. Our diverse selection also includes compatible chips from China. Whether you need round stickers with a diameter of 20MM or 25MM, standard cards, or fobs, we have got you covered. Explore our extensive collection of NFC products to find the perfect fit for your needs.
Feature
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Material: |
PET/ABS, 3M sticker |
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Tag Surface Material: |
Coated Paper(PVC,PET,PP are all optional.) |
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Size: |
Diameter 25MM/Custom |
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Antenna Process: |
Aluminum Etch(10um) |
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Printing: |
Offset, Silk screen, Digital Printing; |
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Chip: |
Yes Ntag 213, Ntag 215, Ntag216 and compatible chip |
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Printing Options: |
Digital Printing/ Offset/ Silk Screen |
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Read Distance: |
1-5CM depend on reader and tag size |
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Protocol: |
ISO14443A |
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Working Mode: |
Passive |
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Operating Frequency: |
13.56Mhz |
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Write Cycles: |
100,000 |
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Operating temperature/humidity: |
-40~70℃/20%~90% RH |
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Storage Temperature/humidity: |
-20~50℃ / 20%~90% RH(Without condensation) |
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Package Format: |
Piece or Roll |
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FAQ
Q: Can NFC cards be used as RFID?
A: Yes, you can use your NFC card as an RFID tag. For example, you can use your mobile phone as an RFID tag. There is an NFC function for Android or Apple phones you enable NFC. Traditionally an RFID tag is a smart card, badge, or ticket.
Q: What is an EM card?
A: EM is a standard RFID technology to be used by many Nordic access control systems. EM4200 is the EM chip used with 125Khz today and is compatible with EM4102. EM uses a shorter read range of up to 20CM depending on the environment, reader, and antenna.
Q: What is the difference between 125Khz and 13.56Khz from the card
A: There is an easy way to do it. Just find a light to shine the card, and check the Cooper coil shape. If it is round, then it should be 125Khz. If the copper coil s rectangular, it should be 13.56Mhz.
Q: What is the lead time for 10,000 pcs of at5577 printed cards?
A: It takes 5-7 days. If you are urgent to get it, we can arrange the urgent order to speed up and finish them within 4 days.
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