RFID Nail Tag 8×38mm | Nylon Injection Molded Tag | LF & HF Chip Options

The ForNext RFID nail tag is a durable nylon injection molded tag with optional LF or HF chip configurations, designed for tree management, timber identification and other non-metal item applications, offering stable performance, compact size and long service life in outdoor and industrial environments.

If you require pre-encoding, or if you are ordering large quantities, please contact us for a tailored quotation at sales@fornextrfid.co.uk

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

RFID Nail Tag 8×6×38mm | Nylon Injection Molded Tag | LF & HF Chip Options

The ForNext RFID nail tag is engineered for applications that require compact fixed installation, reliable RFID identification and long-term outdoor durability in forestry, timber and non-metal asset management environments.

Designed in a nail-shaped structure, this tag integrates an RFID chip inside a compact and robust body for direct installation into wood and other non-metal surfaces. It is especially suitable for tree management, timber identification, furniture tracking, property identification and other fixed-point marking applications where durable and discreet RFID tagging is required.

This model features a compact size of 7.8 × 6 × 38 mm. Unlike ABS ultrasonic versions, this product is manufactured using nylon with injection molding, giving it a strong and durable structure for long-term use. The compact body is suitable for applications where a smaller nail tag is preferred while still maintaining dependable RFID functionality.

The RFID nail tag supports LF 125 kHz and HF 13.56 MHz configurations, with common chip options including F08, NTAG213, ICODE SLI-X and TK4100. Supported protocols include ISO 14443A, ISO 15693 and ISO 11786, depending on the selected chip. Typical read range is 0 to 5 cm, although actual performance may vary depending on reader power and operating environment.

Available in standard black, this product is suitable for a wide range of applications including tree management, timber management, furniture management, non-metal item tracking and packaging identification. Its compact size, durable nylon construction and multiple chip options make it a practical RFID solution for long-term identification in wood-based and outdoor environments.

Key Features

  • RFID nail tag for fixed installation on wood and other non-metal surfaces
  • Made of durable nylon with injection molding
  • Compact size of 7.8 × 6 × 38 mm
  • Supports LF 125 kHz and HF 13.56 MHz configurations
  • Common chip options include F08, NTAG213, ICODE SLI-X and TK4100
  • Compatible with ISO 14443A, ISO 15693 and ISO 11786 protocols depending on chip selection
  • Suitable for forestry, timber, furniture and non-metal asset management
  • Compact and durable solution for long-term outdoor identification

Specifications

Product TypeRFID Nail Tag
ModelBlack Nail 386
Dimensions7.8 × 6 × 38 mm
MaterialNylon + injection molding
Standard ColourBlack
Frequency Options13.56 MHz / 125 kHz
Protocol OptionsISO 14443A / ISO 15693 / ISO 11786
Common Chip OptionsF08, NTAG213, ICODE SLI-X, TK4100
Read Range0 to 5 cm, depending on reader and environment
WeightApprox. 1.5 g per piece
Packing100 pcs per bag, 5000 pcs per carton
ApplicationsTree management, timber management, furniture tracking, non-metal item identification, packaging identification

This RFID nail tag provides a compact and durable solution for fixed-point identification on wood and other non-metal materials, supporting reliable LF and HF RFID management across forestry, furniture and industrial applications.

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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