NFC phone sticker
NFC laser hologram security windshield tag for payment
License , ticket
Access control,liquor & wine tracking,telecom communication
Wine bottle cap sealing, brand protection, mobility payment
NFC laser hologram security tag for payment
Place of origin : Fujian China ( mainland )
Brand name : Xminnov ODM or OEM
Antenna Size: 36*23mm or customized
Tag Size should be:45*27mm or customized
Chip: Ntag213 etc
Frequency : 13.56 MHz (13.0-14.5 MHz)
Protocol: ISO 14443A
Conduct Material: Aluminum Etching / 9um thickness
Substrate: PET of 50um thickness
Product Property: Optional of Tamper proof, Brittle antenna, Destructive aluminum etching, Fragile copper etching, Ink of silver Printing antenna based
Product Feature: Function of Non-transfer, Fragile,Tamper Evident, Anti-counterfeiting, non-transferable,break on antenna, break on chip,one time use, Disposable, Destructive IP Level, Waterproof, UV IR rays resistant, heat or temperature resistant and chemical resistant
Each RFID chip has a unique international identifier which is impossible to duplicate
100% quality control to be sure you have unique TID UID EPC numbers in the world from our production(Just For inlay, label).
Customized Chip Design Supported associated to Security Encryption Purpose, There's DNA, AES 128 secure protection lock, Defined User memory, Die Chip Pad specified, Trigger PAD is enable, GPIO managed, Sensor Controller Buildin and so on.
Customized System Research & Development like Data Service including Chip pre-programing, Data Write, Adhesiveness, Durability, Memory Format, TID/UID Encoding, EPC Encoding, User Encoding, Password Protect, Kill itself such as tamper evidence, authenticity protection, personalization, encoding, access passwords, report uploading & downloading assistant.
Protect your brand, your products and your customers with RFID
With RFID, you have a precise visibility of the products journey throughout the supply chain. At any time, you know where it is, where its coming from and where it is going. You can also add information to the chip throughout its journey, for even greater accuracy