Round 9mm FPC Double Copper Antenna Mini RFID Tag
Mini RFID Tag Round 9mm FPC:
FPC Micro mini RFID tag is widely used in electronic products, toy, food, tobacco, wine, drug,cosmetic, accessories and other high-end products trace-ability, security and home entertainment applications, wearable smart application and some insert applications.
Features of Mini RFID Tag:
1. Mirco size can less than 10mm, 8.7mm etc
2. Double copper antenna reading distance can reach to around 2CM
3. PET waterproof, resistance of chemical and heating
4. Wet inlay or custom LOGO printing
5. Can be anti metal
6. Shape and size can be customized
|Product name:||Round 9mm FPC Double Copper Antenna Mini RFID Tag
|Antenna:||Double copper antenna
|Material:||PET (waterproof , resistance of chemical and heating)
|Antenna Size:||8.7*8.7 mm, 4*16.5mm, 5*15mm, 5.5*19mm, 7*7mm, 8*15mm, 8.2*16.5mm, 9*9mm, 9*33mm, 9*28mm, 12*12mm, 12*17mm, 18*18mm, round 8mm, round 9mm, round 11mm, round 15mm, round 16mm, etc or customized|
|RFID chip:||HF 13.56mhz 14443 protocol
|Printing:||Wet inlay or custom LOGO printing|
|Anti Metal:||Can be anti metal or normal|
|Sample Policy:||Free stock testing sample and buyer pay freight|
|Package:||100pcs/opp bag, then into white box, then into carton|
Applications of Mini RFID Tag:
Insert applications for bluetooth wristband pedometer for payment tracking and member management reading distance 2CM outer case, 1~1.5CM inside wristband case.
Our self R&D micro FPC copper mini RFID tag for bluetooth wristband pedometer for payment tracking & member management. This type with double copper antenna, size 18.45*9.8mm special shape, HF 13.56mhz chip.
Kindly find the pic below for FPC mini RFID tag and the bluetooth wristband, you will find our FPC sticker is perfect fit in the wristband case. The bluetooth wristband pedometer can track steps, calories, heart rate,cycling data and sleep qualities, IP 67 waterproof and OK for swim etc.
Contact us to get the Free Stock Samples for testing. WhatsApp: +86 13510271993 | Skype: chen.fangqun