RFID Labels & Inlays

RFID Labels & Inlays for Inventory, Asset Tracking and Smart Packaging

Choose RFID labels and inlays that match your products, equipment and working environment. Technowave supplies UHF RFID labels, NFC/HF tags and dual-frequency inlays for retail, warehousing, logistics, asset management and smart packaging across the UAE, Oman, Bahrain, Kuwait and India.

From printable inventory labels to compact inlays embedded in packaging, we help you select suitable materials, chip options and formats, with support for custom printing, encoding and system integration.

What Is the Difference Between an RFID Label and an Inlay?

An RFID inlay contains a microchip and antenna mounted on a supporting material. An RFID label incorporates an inlay into a finished label with a printable face material and adhesive.

UHF RAIN RFID Labels

Passive UHF RFID labels support fast identification of multiple tagged items without requiring a direct line of sight to each label. They are commonly used for retail stock counts, warehouse receiving, carton tracking and asset verification.

Options include general-purpose labels, compact inlays, jewellery loops and specialist on-metal or flag designs. Read performance depends on the complete combination of tag, reader, antenna, placement and surrounding materials.

Select products compatible with your system’s EPC Gen2 and ISO/IEC 18000-63 requirements.

NFC and HF RFID Labels

NFC labels allow customers or staff to tap a compatible smartphone to access product information, instructions, registration pages or digital content.

HF RFID also supports applications such as library and document tracking using compatible readers. Smartphone compatibility depends on the tag protocol, data format, phone and application; not every HF tag offers the same tap experience.

For metal surfaces, use an NFC label specifically designed for on-metal operation.

Dual-Frequency RFID Inlays

Dual-frequency inlays combine UHF and NFC interfaces in one tag. Businesses can use UHF for inventory and supply-chain processes, then NFC for customer interactions after purchase.

These tags can support product verification workflows, but authentication requires an appropriate chip, data security and backend system. A standard NFC link alone does not prove that a product is genuine.

Materials and Formats for Different Applications

Choose the label construction according to the surface and conditions it will face:

• Paper labels: Suitable for many indoor applications involving cartons, packaging and retail merchandise.
• PP or PET film labels: Options for greater resistance to tearing and moisture, depending on the complete construction.
• Removable or permanent adhesives: Selected according to the attachment surface and whether the label must later be removed.
• Freezer-grade adhesives: For specified cold-chain applications, with application temperature and service temperature checked separately.
• Tamper-evident labels: Constructions that show visible damage or evidence of removal.
• Specialist industrial and textile tags: For applications involving heat, chemicals or laundering, subject to the product’s tested ratings.

Ordinary RFID stickers should not be assumed suitable for metal, sterilisation, industrial laundry or harsh outdoor exposure.

Where RFID Labels and Inlays Are Used

• Retail and fashion: Item identification, stock counts, replenishment and returns verification.
• Warehousing and logistics: Receiving, picking, dispatch and carton or pallet identification.
• Asset management: Identification and auditing of equipment, furniture and IT assets using surface-appropriate tags.
• Healthcare: Tracking supplies and equipment with materials suited to the cleaning and handling process.
• Hospitality: Linen and uniform tracking using purpose-designed laundry tags.
• Manufacturing: Work-in-progress, component and returnable-container tracking.
• Smart packaging: Product information, customer engagement and supported verification workflows.

How to Choose the Right RFID Label

Start with the item being tagged and the task you want to improve. Check:

1. Surface and contents: Cardboard, plastic, glass, fabric, metal or liquid-filled packaging.
2. Reading requirements: Distance, item density, orientation and handheld or fixed-reader operation.
3. Environment: Temperature, moisture, chemicals, abrasion and expected service life.
4. Size and attachment: Available space, antenna dimensions, finished label size and adhesive.
5. Chip and memory: Required identifiers, user memory, security features and software compatibility.
6. Printing and encoding: Printer model, media thickness, inlay position, roll size, pitch and ribbon.
7. Regional requirements: Supported frequency band, approved reader configuration and local power limits.

Chip options may include Impinj M730/M750, NXP UCODE 8/9, NFC chips such as NTAG213/216, and dual-frequency options such as EM4425. Choose the complete inlay design and memory configuration rather than selecting by chip name alone.

Test samples on your actual products before committing to a bulk order.

Custom Printing, Encoding and Deployment Support

Technowave can assist with:

• Label and inlay selection, samples and application testing.
• Custom dimensions, artwork, logos and variable barcode data.
• Pre-printing and serialised encoding.
• EPC-to-item mapping and recording factory-programmed TIDs where required.
• Encoding verification and rejected-label handling.
• Printer setup, label templates and software integration.
• Deployment support for asset, warehouse and inventory-management workflows.

Frequently Asked Questions

Do I need an RFID printer to use RFID labels?

No. You can use labels supplied with suitable pre-encoded identifiers or encode them using compatible reader/writer equipment and software. An RFID printer is useful when you want to print text or barcodes and encode the chip in one workflow.

Can smartphones read UHF RFID labels?

Standard smartphones cannot read UHF RFID tags using their built-in NFC hardware. They can read compatible NFC tags. UHF reading requires a suitable external reader or a device with integrated UHF capability.

Will RFID labels work on metal or near liquids?

Standard UHF labels may lose performance on metal or near liquids. A specialist on-metal label, flag design or different placement may help, but the proposed solution should be tested on the actual item.

How far can UHF RFID labels be read?

Reading distance varies from close range to several metres or more, depending on the tag design, reader, antenna, permitted power, orientation and environment. Product specifications should be checked against your intended setup.

Can you supply custom sizes, printing and encoding?

Contact Technowave with your dimensions, artwork, quantity and data requirements. Available options depend on the inlay design, materials, production format and order quantity.

Are globally tuned inlays suitable across the GCC?

Globally tuned inlays can support deployment across different UHF bands. However, readers must still be approved and configured for the regulations of each country. A globally tuned tag does not replace local compliance checks.

Request RFID Label Pricing and Samples

Share your application, item material, required quantity, preferred label size and existing printer or reader model. Technowave can recommend suitable RFID labels and inlays and provide a quotation for your project.