Nfc glass tag
I have found results from3000+products and900+suppliers aboutNfc glass tag
ISO14443A 13.56MHz 3.85X23mm 888 Bytes NFC Injectable Microchip Glass Tag
Implantable 13.56MHz NFC 2.12*12mm Microchip RFID Glass Capsule Tag
NFC RFID Glass Capsule Tag for Fish Rabbits for Dogs Tube Tag
Bio-Glass Em4305 F08 RFID Animal Microchip NFC RFID Glass Tag
1.4X8mm RFID Glass Tag for Animal Management NFC Em4305 I. Code II
13.56MHz ISO14443A 888 Bytes NFC Injectable Microchip Glass NFC Tag
Hot Sale 13.56MHz 125kHz RFID Glass Tube Capsule NFC Tag
RFID Glass Tube Tag Standard Animal NFC ID Implant NFC Glass Tag
Animal RFID Glass Tube Tag Standard Pet NFC ID Implant NFC Glass Tag
ISO 14443A Glass Rewritable Passive RFID NFC Tag Ntag213 Chip
RFID NFC Pet Microchip Animal Injection Syringe with Implanted Cylindrical RFID Glass Tags
125kHz RFID Injectable Cow NFC Glass Tag Customizable
125kHz RFID Injectable Animal Glass Tube Capsule NFC Tag
Lf 125kHz RFID Injectable Animal Glass Tube Capsule NFC Tag
Hot Sale 125kHz RFID Injectable Animal Glass Tube Capsule NFC Tag
High Quality 125kHz RFID Injectable Animal Glass Tube Capsule NFC Tag
Lh or Hf 13.56MHz 125kHz RFID Glass Tube Capsule NFC Tag
2019 RFID Glass Tube Tag Standard Pet NFC ID Implant NFC Glass Tag
13.56MHz NFC Dog Animal Chip Syringe Bio Glass Tag Tube
2.12*12mm RFID NFC Ntag216 888byte Microchip NFC Bioglass Tag Glass Tag
2.12X12 mm 13.56MHz RFID Microchip Implant Mini Micro Chip Glass Tag for Animals Pet NFC Chip
RFID Microchip 13.56MHz ISO 15693 2.12X12mm Implanted Microchip NFC RFID Glass Tag Transponder
Em4305/NFC Chip 134.2kHz RFID Animal Tag/RFID Glass Tag for Animal Identification for Pets
13.56MHz NFC RFID Microchip Capsule Glass Tag with Syringe
ISO 14443A 13.56MHz 213 RFID NFC Bioglass Glass Tube Tag for Animal Management
RFID Glass Tag Mini NFC Tags for Animal Tracking (GTG)
Sourcing guidance for Nfc Glass Tag
What are the key technical specifications to consider when sourcing NFC glass tags?
When evaluating NFC glass tags, you must prioritize the IC (Integrated Circuit) type, such as NTAG213, NTAG215, or NTAG216, as this determines memory capacity and compatibility. The biocompatible glass encapsulation (typically soda-lime or borosilicate glass) is critical for durability and chemical resistance. Ensure the operating frequency is 13.56 MHz and verify the reading distance, which usually ranges from 1mm to 10mm depending on the reader's power and the tag's antenna size.
Which industries and usage scenarios are most suitable for NFC glass tags?
NFC glass tags are highly versatile due to their small size and environmental resistance. Common scenarios include pet and livestock identification (subcutaneous injection), high-value asset tracking, and industrial laundry management where resistance to heat and chemicals is required. They are also increasingly used in anti-counterfeiting for luxury goods (embedded in bottle caps or bases) and medical device tracking to ensure sterilization cycles are logged.
What compliance and quality standards should a professional buyer verify?
For international trade, ensure the tags comply with ISO 14443A or ISO 15693 protocols. If the tags are intended for animal use, ISO 11784/11785 compliance is mandatory. Furthermore, look for IP68 waterproof ratings and RoHS/REACH certifications to ensure the materials are free from hazardous substances. For medical or biological applications, verify that the supplier provides sterilization reports (EO gas sterilization).
How can I ensure the durability and reliability of the glass encapsulation?
Request the supplier to provide thermal shock test reports and pressure resistance data. High-quality glass tags should withstand temperatures from -25°C to +85°C (or higher for industrial versions). The vacuum sealing process is vital; any air bubbles inside the glass tube can lead to cracks under pressure or temperature fluctuations. Ask for 100% functional testing records before shipment to ensure no 'dead tags' are included in the batch.
Cross-Border Procurement Strategy for NFC Glass Tags
What are the primary risks when purchasing NFC glass tags internationally?
The biggest risks include IC chip authenticity and fragility during transit. Some low-cost suppliers may use 'compatible' or 'clone' chips instead of original NXP chips, leading to poor stability. Always use Made-in-China.com's Secured Trading services to protect your payment until quality is verified. Additionally, ensure the packaging includes anti-static shielding and shock-absorbent foam to prevent glass breakage during air or sea freight.
How should I negotiate with suppliers regarding customization and MOQs?
For NFC glass tags, customization usually involves pre-programming (data encoding) or laser engraving of ID numbers. Negotiate for free encoding services for orders exceeding 5,000 units. While standard MOQs may start at 500-1,000 units, you can request a paid sample kit first to test compatibility with your specific readers. For long-term contracts, aim for a price reduction of 10-15% as your annual volume scales.
What shipping and customs precautions should be taken for this specific product?
NFC glass tags are small and high-value, making Express Courier (DHL/FedEx/UPS) the most efficient method for quantities under 50,000 units. Ensure the HS Code (typically 8523.52) is correctly declared to avoid customs delays. If the tags are pre-filled in syringes for animal use, be aware that medical device import regulations and quarantine permits may apply in your destination country, significantly increasing compliance costs.
How can I verify the supplier's manufacturing capability?
Prioritize suppliers on Made-in-China.com that have Audited Supplier status. Request a video factory audit to inspect their automatic glass sealing machines and chip bonding equipment. A professional manufacturer should have a clean-room environment for assembly to prevent dust contamination, which is the leading cause of glass tag failure.


























