UHF Alien H3 RFID Windshield Tag With Fragile Paper
Description
UHF Alien H3 RFID Windshield Tag
UHF RFID windshield tag with fragile paper
The UHF Alien H3 RFID windshield tag with fragile paper is a passive UHF transponder offering long range identification up to 5 meters [16 ft.]. RFID windshield tag offers a more accurate and secure way to allow access into various locations like airports, gated communities, campuses, condominiums, company/corporate secured packing or even a car wash. The inlay utilizes passive technology and is encapsulated between thin layers of polypropylene adding human readable printing to one side and a windshield-compatible adhesive to the other. And with the longer distance and faster read rate traffic flow into and out of an RFID controlled zone is much faster and safer.
RFID Windshield Tag Features:
- Get better reading range on car windshield
- One tag only for one card and anti-tear
- One side could be full color printing
- Protection against harmful UV rays
- Battery free passive tag
- Thin, flexible sticker format
UHF RFID Windshield Tag Advantage:
1.Cooperated with International chip brand, like NXP B.V.
2.OEM Accepted : Custom size and printing
3.Low MOQ: Can meet your promotional business very well.
4.Good Service : We treat clients as friend.
5.Good Quality :Strict quality control system.
6.Fast & Cheap Delivery: We have big discount from forwarder.
Specifications:
Material | Antenna material | Alien 9654 antenna( especially designed for windshield RFID tag |
Surface Material | PVC/PET/Paper | |
Chip Available | Alien H3 9654 | |
RFID Parameters | Frequency | 860-960MHz |
Protocol | ISO18000-6C/EPC Gen2 | |
Operation Distance | 0-8m(related with reader and environment) | |
R/W | Yes | |
Data retention | >10 years | |
Classic Size | 100*50mm, 98*25mm, 110*45mm, custom size acceptable | |
Custom Crafts | Printing | Plain white, offset printing or silk screen printing |
Delivery Time | printable | Yes |
Environment | Working Temperature | -50℃-80℃ |
Reviews
There are no reviews yet.