RFID inlay = the antenna + microchip on a carrier (no face stock).
RFID label = an inlay converted into a printable sticker with face material (paper/film) and adhesive.
Use labels when you want a printable surface and easy application; use inlays for embedding into custom packaging/products.
Best for long range (up to several meters) and fast inventorying.
General-purpose labels: for cartons, shelves, totes, assets.
Micro/compact labels: tight spaces, cosmetics, electronics.
On-metal / flag tags: perform on steel, IT assets, tools.
High-temperature / industrial: automotive, paint shops.
Tamper-evident / fragile face: warranty, anti-tamper.
Laundry / textile: sew-in or heat-seal for linens/garments.
Jewelry / eyewear loop: narrow loops for small items.
Tap with smartphones for product info, authentication, and O2O marketing.
Round “bullseye” labels for packaging & marketing.
On-metal NFC versions with shielding layer.
Long-range HF (ISO 15693) for libraries, documents.
Single tag for supply chain (UHF) plus consumer engagement (NFC)—great for omnichannel retail and brand protection.
UHF RAIN: Impinj M730/M750 (fast read, small labels), NXP UCODE 8/9 (sensitivity, memory options), EM4425 DF (for dual-frequency).
NFC/HF: NXP NTAG213/216 (most phones), ST25TN (cost-efficient), ICODE SLIX (libraries, documents).
Tip: For GCC multi-site deployments, choose global-tune inlays that perform across 860–960 MHz.
Face stocks: coated paper (cost-effective), PP/PET films (durable, tear-resistant), TPU/textile (laundry).
Adhesives: permanent (general), removable (returnable totes), freezer-grade (cold chain), high-temp (industrial).
Finish: matte for crisp barcode text, gloss for branding.
UHF general purpose: 73×17 mm, 70×14 mm, 97×27 mm, 53×19 mm.
Micro: 35×15 mm, 22×12 mm.
Jewelry loop: narrow 80–100 mm overall length.
NFC: 20–38 mm round; 20×10 mm mini rectangles.
Ask us for a size vs. read-range matrix for your surface and environment.
Retail & Fashion: item-level tagging, shelf labeling, POS/returns, omnichannel.
Warehousing & Logistics: receiving, cycle counts, pallet/carton tracking.
Asset Management (IT/Tools): laptops, servers, calibration tools, MRO.
Healthcare: medical assets, samples, sterile supplies (film faces, special adhesives).
Hospitality & Laundry: linens/uniforms with HF/UHF laundry labels.
Jewelry & Luxury: loop tags, tamper-evident labels, NFC authentication.
Industrial & Automotive: WIP, racks, kitting; high-temp and chemical-resistant films.
Oil & Gas: metal surfaces and harsh environments—use on-metal/flag designs; check hazardous-area compliance requirements for devices used to encode/read.
Surface: metal, plastic, glass, cardboard, fabric?
Environment: temperature, moisture, chemicals, autoclave, laundry?
Read distance & speed: handheld vs. fixed portals vs. tunnels.
Form factor: standard label, loop/jewelry, on-metal flag, laundry.
Printer: desktop vs. industrial RFID printers; ribbon/media match.
Data model: EPC length, user memory, serialized encoding, keys.
Regulatory: band and power per country/site; global-tune if needed.
Media selection & samples matched to your surface and use-case.
Pre-printing & pre-encoding with serialized EPC/TID mapping.
Artwork & branding (logos, warnings, QR/UPC/EAN).
Quality & compliance: 100% encode-verify, reject handling.
Integration: label templates, printer setup, and AMS/WMS/ERP workflows.
Local support across UAE, Oman, Bahrain, Kuwait, India.
Frequency • Chip • Antenna size • Label size • Face stock • Adhesive • Operating temp • Die-cut pitch • Read performance (air/metal) • Compliance (EPC Gen2 v2/ISO) • Printer compatibility
Q1. Do I need an RFID printer to use RFID labels?
Yes—RFID labels require encoding. Use an RFID-enabled thermal printer (or let us pre-encode).
Q2. What’s the difference between an inlay and a label?
Inlay = antenna+chip only. Label = inlay converted with face stock and adhesive for printing and application.
Q3. Will UHF labels work on metal or near liquids?
Standard UHF labels detune on metal and liquids. Use on-metal or flag designs for reliable performance.
Q4. How far can UHF labels read?
From <1 m to several meters depending on antenna size, chip, reader power, and environment. We size the inlay to your range target.
Q5. Can smartphones read UHF labels?
No—phones read NFC/HF. For consumer tap-to-engage, use NFC or dual-frequency labels.
Q6. Which chips should I pick?
Impinj M730/M750 and NXP UCODE 8/9 cover most UHF needs; NTAG213/216 suit NFC phone taps. We’ll recommend the best chip for your memory and range requirements.
Q7. Do you supply tamper-evident or fragile-face labels?
Yes—options that destruct on removal or show “VOID” for warranty/brand protection.
Q8. Are there freezer-grade or high-temp adhesives?
Yes—special adhesives maintain bond in cold rooms or elevated temperatures.
Q9. Can you match our label size and artwork?
Absolutely—custom die-cuts, brand colors, and variable data (text, 1D/2D barcodes, EPC).
Q10. What about compliance in UAE & GCC?
We supply globally tuned inlays and advise on reader settings per local regulations.
