RFID Patrol Token Tag NO Hole
A compact 30 mm ABS RFID disc token tag for patrol checkpoints, asset tracking, embedded identification, and production management applications.
- 30 mm ABS disc token format
- LF, HF/NFC, ISO15693, and UHF options
- Waterproof and shockproof hard housing
- 3M adhesive or anti-metal layer options
- Logo, serial number, or UID marking
RFID Patrol Token Tag — Features
This RFID Patrol Token Tag NO Hole is a compact ABS disc tag designed for B2B identification projects such as asset tracking, automatic production management, device embedding, and material identification. The supplier text lists multiple frequency and protocol options, including 125 kHz, 13.56 MHz, ISO14443A, ISO15693, and UHF ISO18000-6C configurations. Buyers can specify chip types, color options, adhesive requirements, and surface marking such as logo printing, serial number, or UID laser marking. For metal-surface installations or patrol checkpoint projects, buyers should confirm the anti-metal layer, physical no-hole structure, and read performance before ordering.
Key Features
- 125 kHz, 13.56 MHz, and 860–960 MHz options support patrol systems, NFC applications, access control, production management, and asset identification.
- ABS disc housing is described as waterproof and shockproof, with a confirmed 30 mm diameter and 2.5 mm thickness.
- Chip options include TK4100, EM4200, EM4305, T5577, MIFARE Classic, NTAG213/215/216, ICODE SLIX/2, Alien H4, Monza R6, and NXP UCODE 9.
- Logo printing, serial number marking, UID laser marking, color options, 3M adhesive, and anti-metal layer options support project-based customization.
RFID Patrol Token Tag — Customization
RFID Patrol Token Tag — Specifications
| Product Type | RFID / NFC disc token tag |
|---|---|
| Material | ABS |
| Protocol | ISO14443A, ISO15693, ISO18000-6C |
| Frequency | 125 kHz, 13.56 MHz, 860–960 MHz |
| 125 kHz Chip Options | TK4100, EM4200, EM4305, T5577 |
| 13.56 MHz Chip Options | MIFARE Classic 1K/4K, NTAG213/215/216, ICODE SLIX/2 |
| UHF Chip Options | Alien H4, Monza R6, NXP UCODE 9 |
| Size | Dia30MM without hole |
| Thickness | 2.5MM |
| Reading / Writing | Readable and writable; customers can write content repeatedly into the chip |
| Color Options | White, Black, Yellow, Green, Grey etc |
| Surface | Can stick on plastic or metal surface; contact supplier before anti-metal tag requirement |
| Logo / Marking | Logo printing, serial number, or UID laser on the surface |
| Adhesive | 3M adhesive or anti-metal layer |
| Warranty | 2year |
| Applications | Automatic production management, Asset tracking, Device embedded, Material identification |
RFID Patrol Token Tag — FAQ
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It can be used for RFID patrol checkpoint identification, asset tracking, automatic production management, device embedded identification, and material identification. Buyers should confirm the exact chip and reader compatibility before ordering.
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The supplier text lists 125 kHz, 13.56 MHz, and 860–960 MHz options. These may represent different product configurations, so buyers should specify the required frequency when requesting a quote.
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Listed chip options include TK4100, EM4200, EM4305, T5577, MIFARE Classic 1K/4K, NTAG213/215/216, ICODE SLIX/2, Alien H4, Monza R6, and NXP UCODE 9.
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The supplier text says the tag can stick on plastic or metal surface and lists 3M adhesive or anti-metal layer. It also says to contact the supplier before ordering if an anti-metal tag is needed. Buyers should confirm the anti-metal configuration and test read performance on the target surface.
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The specification states “Dia30MM without hole,” but the supplier description also mentions a centre hole for screw or nail mounting. Buyers should confirm the physical structure with the supplier before sample or bulk order.
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Yes. The supplier text lists logo printing, serial number marking, and UID laser marking on the surface.
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The supplier text says “Readable and writable” and notes that customers can write content repeatedly into the chip. Buyers should confirm write function based on the selected chip type.
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The supplier page does not provide a confirmed read distance value. Read performance should be confirmed based on chip, frequency, reader, surface material, and installation condition.