High-Temperature UHF RFID Label with PI Substrate 48mm×14mm | UCODE 9

The ForNext 48×14mm high-temperature PI UHF RFID label is built for industrial processes where normal labels fail.
Designed with a PI substrate, aluminium-etched antenna and UCODE 9 chip, it withstands temperatures up to +150°C while delivering stable Gen2 performance across 860–960 MHz.
Ideal for PCB tracking, reflow processes, automotive painting and high-temperature WIP. For encoding or volume pricing, contact sales@fornextrfid.co.uk.

Need larger quantities or printing and encoding services? Get in touch and our team will respond within 24 hours.

High-Temperature UHF RFID Label 48×14mm | UCODE 9

The ForNext 48×14mm High-Temperature PI UHF RFID Label is engineered for industrial environments where standard RFID labels cannot withstand heat, chemicals or thermal cycling.
Built on a polyimide (PI) substrate with an aluminium-etched antenna, and powered by the high-performance NXP UCODE 9 chip, this label maintains stable RF performance through demanding processes such as reflow soldering, oven curing, automotive painting, powder coating and high-temperature logistics.

The PI base material offers exceptional heat resistance, dimensional stability and mechanical durability.
This construction enables the label to survive continuous operating temperatures up to +150°C, as well as repeated heating and cooling cycles without antenna deformation or performance loss.
The EPC Class 1 Gen2 / ISO 18000-6C compliant UCODE 9 IC provides fast reading, excellent sensitivity and a 96-bit EPC memory optimised for high-volume industrial operations.

With 100,000 programming cycles and 10 years data retention, the tag is designed for long-life traceability, work-in-progress tracking and manufacturing process control.
Supplied on rolls for automated application, the 48×14mm format balances compact size with strong RF output, making it suitable for PCB tracking, asset identification and high-temperature production flows.

ESD protection up to 2 kV HBM ensures compatibility with electronics manufacturing environments where static control is critical.
The label is ideally suited for OEMs, EMS providers, automotive plants and industrial users who require a durable, heat-proof, globally compliant RFID solution.

Key Features

  • High-temperature PI substrate — survives processes up to +150°C
  • 48×14mm format — balanced size for automated line application
  • Aluminium-etched antenna for stable, high-sensitivity UHF performance
  • Powered by NXP UCODE 9 with 96-bit EPC and excellent RF sensitivity
  • Global UHF band — 860–960 MHz (Gen2 / ISO 18000-6C)
  • 10-year data retention and 100,000 programming cycles
  • ESD-resistant design — 2 kV HBM
  • Compatible with reflow, curing, baking, painting and other thermal processes
  • Available on rolls for automatic label application
  • Custom logos, printing and encoding available

Specifications

Dimensions48 × 14 mm
SubstratePI (Polyimide)
Antenna MaterialAluminium Etching
Chip / ICNXP UCODE 9
ProtocolEPC Class 1 Gen2; ISO/IEC 18000-6C
Frequency860–960 MHz (Global)
EPC Memory96 bits
User Memory0 bits
TID48 bits (read-only)
IC Life100,000 programming cycles; 10-year data retention
Operating Temperature–25°C to +150°C, 20–80% RH (non-condensing)
Storage Temperature–25°C to +150°C (in sealed ESD packaging)
ESD Protection2 kV HBM (Max. 2000 V)
Operating ModePassive UHF
Packaging2,500 pcs per roll
CustomisationPrinting, logo, encoding, sequential EPC

This 48×14mm high-temperature PI RFID label is ideal for PCB assembly lines, reflow ovens, automotive painting, curing processes, industrial manufacturing, electronics WIP tracking and any environment requiring a heat-resistant UHF label.

Why Choose Us

Certified Quality

We use chips from NXP, Impinj, and Alien, and test every batch with Voyantic. All tags are CE, RoHS, ISO certified – ready for tenders.

UK-Based

UK-based operations mean faster communication, clearer accountability, and easier project delivery.

Fast Delivery

Sample orders shipped in 3–5 working days from UK; Production lead times as short as 7–10 days

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