ForNext UHF On-Metal Tamper-Evident RFID Label 60×25mm (FCC / NXP UCODE 8)
The ForNext 60×25mm tamper-evident UHF on-metal label is designed for asset protection, compliance monitoring and secure identification on metallic surfaces.
Its destructive structure ensures that once the label is peeled or removed, the aluminium antenna breaks instantly, rendering the tag permanently unreadable — preventing re-use, re-application or cloning attempts.
Built around the NXP UCODE 8 chip and tuned specifically for the FCC 902–928 MHz band, this model delivers strong read performance of 6–8 metres on metal (fixed reader) and 3–4 metres off metal.
It is ideal for IT assets, tools, medical devices, industrial machinery and regulated environments requiring secure, tamper-proof RFID identification.
The label uses a flexible PET + aluminium foil + foam structure for stable metal-surface performance, and features high-performance adhesive for reliable long-term bonding even on curved or slightly uneven surfaces.
Specifications
| Dimensions | 60 × 25 × 1.35 mm |
| Chip Type | NXP UCODE 8 |
| Special Feature | Tamper-Evident / Destructive on Removal |
| Frequency | FCC 902–928 MHz (US) |
| Protocol | ISO/IEC 18000-6C & EPC Class 1 Gen 2 |
| Memory | EPC: 128 bits (one-time programmable) TID: 96 bits |
| Read Range | Up to 6–8 m on metal (fixed reader) Up to 3–4 m off metal |
| Material | PET + Aluminium Antenna + Foam |
| Installation | High-performance adhesive bonding (Permanent) |
| Operating Temperature | −40°C to +85°C |
| Storage Conditions | 23°C ±3°C / 50% ±10% RH |
| Durability | Data retention: 10 years |
| Packaging | 500 pcs/roll, 3-inch core (Ø76.2 mm) |
Key Features
- Tamper-Evident: antenna breaks instantly when removed
- Optimised for FCC 902–928 MHz environments
- Strong on-metal reading: up to 8 m with fixed reader
- UCODE 8: fast inventory speed, high sensitivity, secure TID
- Flexible PET/foam structure for stable metal-surface performance
- Suitable for IT assets, tools, medical equipment, industrial devices
- Permanent high-strength adhesive bonding
