Description
Overview
This UHF Gen2 wristband adhesive closure tag is specially designed for concerts or other events with lines of people awaiting access.
The RFID wristbands help quickly and efficiently manage crowd entry. It features an RFID inlay to grant access with ease. It also provides more effective and time-saving than traditional ticket systems and features a durable adhesive-closure. This adhesive-closure eliminates the ease of tampering and removal, which reduces revenue loss from reuse and pass-along. Using this RFID wristband could give you all-access to successful event management.
This RFID wristband tag could bring company logos or advertising messages to life with full-color images that are photographic-like in quality, while tracking access to or movement around a specific locale. It is made from a variety of durable, permanent materials; the actual construction of the tag protects the inlay by sealing it within the layers of durable material. In addition, each tag can be programmed to match the variable information printed on the label.
Key Features
- Stunning graphics; Our digital printing process ensures crisp details on even the most complex logos for maximum clarity
- Potential uses include admission and tracking for trade shows, amusement parks, events, museums, aquariums and zoos
- Durable permanent materials, no paper layers
- Thinner profile, not bulky as thicker options commonly used
- 100% data verification
- Both HF and UHF options available
- Durable adhesive prevents tampering and reuse
- RFID or non-RFID
Technical Specifications
Construction: Specialized RFID inlay encapsulated between two layers of .0023”polypropylene material; designed for the comfort of the wearer.
Label Copy: The label copy may include block type, stylized type, logos or other designs.
Colors: Choose from our standard colors (black, blue, red, green or yellow), PMS color or four-color process for block type, stylized type logos or others designs. Due to contrast needed for the bar code scanner, all bar codes are black on white background.
Serialization: Bar code and human-readable equivalent is produced using the latest high-resolution digital technology available, which provides excellent clarity and easy scanning. Optional symbologies include 2D and QR code.
Programming: The bar code and human readable can be programmed into the RFID inlay as long as the information is in decimal or hexadecimal format. The programmed information can be locked, which prevents the RFID inlay from being rewritten. If desired, information can be encoded that differs from the bar code and human readable. Up to 24 characters can be encoded into the RFID inlay. With UHF, standard 24 characters can be encoded and more, dependent on inlay. NFC – for HF 14443: Can custom encode static or variable NDEF messages to provide endless functionality to your tags.
Frequency Range: UHF = 860-960 MHz; HF = 13.56 MHz
Read Range: Dependent on frequency range and reader/antenna configuration.
Standard Size: 9 3/4” x 1”
Shipment: Approximately 15 work days depending on order quantity and inlay availability.
*Available as RFID or non-RFID wristbands
Test Description
Exposure tests were performed on RF ID wristbands. These tests included exposure to chemicals/products normally in contact with wristbands at outdoor events and water parks.
Full sample
submersion |
Inlay
survived/readable |
Print condition | Adhesive
Condition |
Chlorine water | 72+ hours | 72+ hours | Secure/remains tamper evident |
Saline pool water | 72+ hours | 72+ hours | Secure/remains tamper evident |
Tap water | 72+ hours | 72+ hours | Secure/remains tamper evident |
Insect repellent | 72+ hours | 72+ hours | Adhesive lifted
without destruction* |
Sunscreen | 72+ hours | 72+ hours | Adhesive lifted
without destruction* |
Hand lotion | 72+ hours | 72+ hours | Secure/remains tamper evident |
Hand soap | 72+ hours | 72+ hours | Secure/remains tamper evident |
* All wristbands loss their adhesive bond at 72 hours submerged. This does not occur when the product is applied in normal usage scenarios.
RF ID in lays were read using a Motorola handheld reader.