ForNext FCC On-Metal RFID Label – NXP UCODE8 64×6mm
The ForNext 64×6mm FCC on-metal RFID label is a slim, high-precision tag designed for reliable identification of metallic assets and liquid-filled containers.
Tuned specifically for the 902–928 MHz (FCC) frequency band, it delivers stable and accurate reading in North American deployments where wideband UHF performance is required.
Built with a PET–aluminium–foam structure and powered by the NXP UCODE8 chip, this ultra-narrow 6 mm-wide tag offers excellent performance despite its compact size.
It is ideal for metal tools, IT components, laboratory equipment, cosmetics packaging and any application requiring discreet mounting or tight placement zones.
Specifications
| Dimensions | 64 × 6 × 1 mm |
| Frequency Band | FCC 902–928 MHz |
| Chip Type | NXP UCODE8 |
| Material | PET / Aluminium Foil / Foam |
| IP Rating | IP68 |
| Read Range (ETSI) | Up to 4 m on metal Up to 4.5 m on liquid containers |
| Working Temperature | −40 to +85 °C |
| Humidity | 50 ± 15% RH |
| Installation | Industrial adhesive |
| Memory | User: 32/64 bits; EPC: 128 bits; TID: 48 bits |
| Re-write Cycles | 100,000+ |
| Data Retention | > 10 years |
| Printer Compatibility | SATO CL4NX, Zebra ZT410 Silverline, Postek TX3r, etc. |
| Applications | Metallic containers & vessels Equipment & device identification Warehouse shelf labels Automotive components IT asset tracking Cosmetic & laboratory bottles Tight-space or narrow-surface mounting |
Key Features
- FCC-tuned UHF on-metal label engineered for 902-928 MHz operation
- Ultra-narrow 6 mm width ideal for tight or constrained mounting areas
- Stable read distance up to 4m on metal; extended performance on liquid containers
- Durable PET–aluminium–foam construction with IP68 protection
- NXP UCODE8 chip for high sensitivity and fast encoding
- Strong industrial adhesive suitable for flat or curved metal surfaces
- Ideal for tools, IT components, cosmetics packaging and laboratory assets
- Compliant with ISO/IEC 18000-6C (EPC Class 1 Gen 2)





