RFID wristbands contain an RFID chip that holds specific details that aid in identification. They have many applications ranging from contactless payment to access control. They are primarily used as smart tickets to events, hotels, waterfronts, and other small events.
The RFID chip in the wristband is scanned using RFID readers to authenticate an attendee before entering the venue. When attendees wave their wristband across the reader, their details are captured in seconds!
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RFID silicone bracelet is waterproof and wear-resistant, mainly used in leisure places, theme parks, water parks, sports activities, and outdoor activities. Applications include brand activation, cashless payment, and access control. They can also be used to capture visitor data, monitor activity time, and perform security locker management.
RFID fabric wristbands are often referred to as holiday wristbands. Versatile, smart and convenient. That’s why so many sponsors of festivals and events like to choose it. It’s also a fashion statement for young attendees, which means you can showcase your brand with a custom fabric wristband. It’s a simple and effective way to enhance your brand, enhance the customer experience, make events smarter, more fun and more.
The RFID cloth wristband is special because it stretches freely to fit your wrist, is easy to use and reusable. It is made of 100% polyester and comes with a built-in RFID chip for access control, smart identification, cashless payments and social media integration for music festivals, large events, conferences, fitness, clubs and many other applications.
RFID paper wristbands offer two unparalleled advantages: lightweight and low cost, making them an economical choice for intelligent identification, tracking and access control, ideal for large events or budget-constrained projects such as amusement parks, concerts, sporting events, exhibitions, etc. The downside is that they can generally only be used once.
RFID PVC wristband is a disposable wristband that uses RFID technology. It is made of multi-layer PVC material and is resistant to pulling, comfortable and durable. Mainly used in hospitals, schools and other places, they are more suitable for long time use in harsh environments compared to traditional paper wristbands.
RFID Wooden Wristband It is designed for the environment and consists of a RFID wooden chip and a woven wristband. It is recyclable and environmentally friendly, easily impressing and attracting customers with high environmental requirements.
PU leather RFID bracelet is very comfortable to wear, high-end, atmospheric, fits your wrist very well, and the leather strap is very elegant. With the RFID function, you can manage your party or event very well and improve your activity level.
125KHz RFID wristbands are mainly used in access control, hotels, fitness clubs, etc.
13.56MHz RFID wristbands are ideal for cashless payments at events, access control, etc. because of their different memory and encryption methods.
13.56MHz RFID wristbands can be used at distances of up to 5m and can be read in groups, giving you greater convenience in your activities.
RFID tags cannot be used alone, so you need to make sure you have your own existing system or that you are a system integrator so that you can purchase your own RFID tags.
Chip is the core of RFID can store and exchange data, for the beginning of the system design will choose a good chip model, different chip features and prices are different, so you need to determine your own system to use the chip model.
If you do not know your own chip model, you can send us a sample of your hand to help you test the chip model.
The price is different for different materials and sizes, so choose the right material and size for you based on cost control.
We can customize the logo, print UID, Encoding data etc. for RFID Wristbands.
We have a professional technical team, come and compare prices and services
This is a unique wristband that is used for access control, payment, and identification. It is highly personalized and cannot be shared. This personalization eliminates the risk of passback since only one person can use it to gain access to the venue/building. It contains a chip that has individual-specific information. This information must match with that on the RFID database for the user to make a payment or be allowed access. Read more.
An RFID wristband is made of an RFID tag and a carrier material. The tag is the smallest part of the wristband and it is embedded within it. The substrate can come in different forms ranging from fabric, polyester, silicone, and PVC. Additionally, RFID wristbands can be modified to suit the needs of the user without affecting its functionality. For example, it can be branded with an organization’s colors, names of individuals, and any other modification as needed.
RFID wristbands use radiofrequency/ radio waves to exchange data. For it to work, the system must have a tag, a reader, and RFID software. The RFID tag is embedded on the wristband and contains information about the ticket holder. When it comes close to an RFID reader, it sends coded signals containing the required details. The reader receives the information and sends it to the computer software for analysis and authentication. If the details contained in the tag match those in the system, the holder is allowed access.
No, a majority of RFID wristbands are made of waterproof material. Even if you pour water on it, it is unlikely to get to the RFID chip. As such, the wristband’s efficiency cannot be affected by getting wet. Nevertheless, you should be keen to read the don’ts of the manufacturer. We recommend that you follow their guidelines to the letter.
RFID wristbands vary in price depending on the quality and the quantity you need. If you get them in large numbers, it will be relatively cheaper than buying a single one. On average, an RFID is between $0.1 and $1. You can buy wristbands from online stores or manufacturers. We recommend that you buy directly from the manufacturer if you need customization and a more personalized wristband.
Silicone and rubber RFID wristbands have the same functionality. They contain a chip that is necessary for data exchange. However, a slight difference between the two exists. Silicone wristbands have a silicon substrate and are stronger than rubber. Additionally, rubber wristbands wear out faster than silicone ones.
|MIFARE Classic 1k(S50)||1K Bytes||ISO14443A||Read&Write||Download|
|MIFARE Classic 4k(S70)||4K Bytes||ISO14443A||Read&Write||Download|
|MIFARE Ultralight EV 1||512bit||ISO14443A||Read&Write||Download|
|MIFARE Ultralight C||192 Bytes||ISO14443A||Read&Write||Download|
|MIFARE Plus EV2(2K)||2K Byte||ISO14443A||Read&Write||Download|
|MIFARE Plus EV2(4K)||4K Bytes||ISO14443A||Read&Write||Download|
|MIFARE Plus SE(2K)||2K Byte||ISO14443A||Read&Write||Download|
|MIFARE Plus SE(4K)||4K Byte||ISO14443A||Read&Write||Download|
|MIFARE Plus X(2K)||2K Byte||ISO14443A||Read&Write||Download|
|MIFARE Plus X(4K)||4K Byte||ISO14443A||Read&Write||Download|
|MIFARE Desfire Light||640 Bytes||ISO14443A||Read&Write||Download|
|MIFARE Desfire EV3(2K)||2K Bytes||ISO14443A||Read&Write||Download|
|MIFARE Desfire EV3(4K)||4K Bytes||ISO14443A||Read&Write||Download|
|MIFARE Desfire EV3(8K)||8K Bytes||ISO14443A||Read&Write||Download|
|NTAG 213||144 Bytes||ISO14443A||Read&Write||Download|
|NTAG 215||504 Bytes||ISO14443A||Read&Write||Download|
|NTAG 216||888 Bytes||ISO14443A||Read&Write||Download|
|NTAG 213 Tag Temper||144 Bytes||ISO14443A||Read&Write||Download|
|NTAG 424 DNA||416 Bytes||ISO14443A||Read&Write||Download|
|NTAG 424 DNA Tag Tamper||416 Bytes||ISO14443A||Read&Write||Download|
|ICODE SLIX||896 bits||ISO15693/ISO 18000-3M1||Read&Write||Download|
|ICODE SLIX 2||2528 bits||ISO15693/ISO 18000-3M1||Read&Write||Download|
|ICODE SLIX-L||256 bits||ISO15693/ISO 18000-3M1||Read&Write||Download|
|ICODE SLIX-S||1280 bits||ISO15693/ISO 18000-3M1||Read&Write||Download|
|ICODE DNA||2016 bits||ISO15693/ISO 18000-3M1||Read&Write||Download|
|Tag-It™ HF-I Standard (TI 256)||256 Byte||ISO15693||Read&Write||Download|
|Tag-It™ HF-I Plus (TI 2048)||2K Bytes||ISO15693||Read&Write||Download|
|Higgs 3||96 bit epc,512 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Higgs 4||128 bit epc,512 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|MONZA 4QT||128 bit epc,512 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Monza 5||128 bit epc,32 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Monza R6||96bit epc||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Monza R6-P||96bit epc,32 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|UCODE 7||128 bit epc||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|UCODE 7m||128 bit epc||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Ucode 8||128 bit epc||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|Ucode 8m||96 bit epc,32 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
|UCODE DNA||224bit epc,3072 bit user||EPC Class1 Gen2/ISO 18000 6C||Read&Write||Download|
RFID wristbands are used in different areas, including hotels, physical stores, and many other events. Here are some of the key applications of RFID wristbands:
Overall, RFID wristbands offer a data exchange service for identification. They are used to enhance customer service and guarantee safety. The wristband comes with a tag that must be written with the information necessary for identification. The RFID reader also contains its database of authentic data for comparison and authentication.
Once an RFID wristband holder exposes it to an RFID reader in close range, the reader’s electromagnetic waves excite it. The tag then sends radio waves (coded information) to the reader after which it is transferred to an RFID central software for approval or rejection. The entire identification process takes less than 2 seconds.
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