RFID Labels

RFID labels combine a printable thermal facestock with an embedded UHF or HF inlay for print-and-encode workflows. They are used for retail compliance, asset tagging, supply chain traceability, and healthcare specimen tracking.

Plan Your Deployment

Inlay chip (Monza R6/R6-P, Impinj M4/M5, NXP Ucode 8 and 9, NTAG)
Antenna size and dipole geometry for the tagged item
Facestock and adhesive for the environment (paper, synthetic, freezer)
Read range target in the final deployment
Inlay pitch and printer compatibility for encoding

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What to Look For

Choose the inlay based on the reader infrastructure and the item under tag. On-metal tags, short-dipole inlays, and retail apparel inlays all perform differently; vendor test reports (read range, orientation sensitivity) are the fastest way to shortlist. Budget a pilot where you tag a sample carton mix and log reads at real-world speed.

Common Deployment Scenarios

RFID labels support retail DC outbound scanning, pharmaceutical track-and-trace, DoD UID marking, IT asset rollouts, and patient specimen labeling. The inlay and printer pairing is almost always validated by a solution integrator before production rollout.

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Out of stock
Sato

SKU: SR15KLT-10260

SATO SR15KLT-10260 RFID 4x2 Label Stock

4"×2" RFID label stock for SATO thermal printers, 4,800 labels per case
- Permanent acrylic adhesive with perforated dispensing for industrial durability
- Compatible with SATO CL4NX Plus and CL6NX Plus RFID-enabled printers
- Works with wax, wax-resin, and resin thermal transfer ribbons
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$833.71 $534.99 Save $298.72

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Sato

SKU: SR15KLT-10261

SATO SR15KLT-10261 RFID 4x6 Label

RFID 4x6 thermal transfer labels for SATO CL4NX/CL6NX printers
- 1,600 labels per case (4 rolls × 400) with permanent acrylic adhesive
- RFID-ready facestock for barcode and asset tracking in one label
- 1.5" core, 5" OD with between-label perforation for clean dispensing
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$371.35 $237.99 Save $133.36

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Sato

SKU: SR15KT-10432

SATO SR15KT-10432 RFID 4x2 Label

RFID 4x2 thermal transfer labels, 4,800 per case for SATO printers
- 800 labels per roll on 1.5" core, 6 rolls per case for high-volume runs
- Permanent acrylic adhesive bonds reliably to industrial surfaces
- Compatible with SATO CL4NX Plus and CL6NX Plus series printers
Special Order · Ships in 2-3 weeks

$1,019.86 $653.99 Save $365.87

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Sato

SKU: SR15KT-10433

SATO SR15KT-10433 RFID 4x6 Label

4x6 RFID thermal transfer label with embedded chip for asset tracking
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$428.48 $274.99 Save $153.49

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Sato

SKU: SR30KLT-10090

SATO SR30KLT-10090 RFID 4x2 Label Roll

4" x 2" RFID labels with thermal transfer printing for supply chain tracking
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$1,697.56 $1,087.99 Save $609.57

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Sato

SKU: SR30KLT-10093

SATO SR30KLT-10093 4x2 RFID Label

4x2 RFID labels with simultaneous barcode printing for asset tracking
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$1,416.79 $907.99 Save $508.80

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Sato

SKU: SR30KT-10430

SATO SR30KT-10430 RFID 4x2 Label

RFID 4x2 label stock for SATO CL4NX/CL6NX printers, 8,000 per case
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$1,681.78 $1,077.99 Save $603.79

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Sato

SKU: SR30KT-10431

Sato SR30KT-10431 RFID 4x6 Thermal Transfer Label Stock

4x6 RFID thermal transfer labels with pre-integrated chip for dual barcode + RF capture
In stock · Ships same business day

$869.18 $556.99 Save $312.19

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What to Look For When Buying

The decisions that matter most before you spec.

Read Range vs. Throughput Trade-offs

UHF inlays deliver 3–15 meter read range but require careful antenna tuning and RF shielding to avoid collision in dense deployments. HF inlays sacrifice distance for reliability in high-traffic scanning zones. Choose based on your dock layout and conveyor speed; test encoders and readers in your environment before full rollout.

Print-and-Encode Workflow Compatibility

RFID labels require printers with integrated RFID modules (not standard thermal printers). Sato and other industrial printer makers offer retrofit kits. Verify encoder firmware supports your label stock's inlay type and memory capacity, and ensure your supply chain software can serialize EPC or custom data in real time.

Retail Compliance Standards (GS1, SGTIN)

Retail-grade RFID labels must conform to GS1 EPC encoding standards and pass interoperability tests with major retailer read gates. Pre-encoded labels from certified suppliers reduce compliance risk; blank labels give flexibility but demand rigorous validation before shipping to distribution centers.

Asset Life and Environmental Durability

Standard thermal facestock RFID labels degrade in moisture, heat, and UV after 1–2 years outdoors. For asset tagging in warehouses, yards, or vehicles, upgrade to polyester or synthetic stocks with UV-stable adhesives. Cold-chain and chemical-exposure environments require polyimide or specialty film substrates.

Encoder Scalability and Supply Chain Integration

Single-encoder stations encode at 1–5 labels/second; high-speed lines need parallel encoders or in-line integration. Ensure your WMS or ERP system can feed real-time serialization data to the encoder queue without bottlenecks. Test encoder-to-reader handshake reliability under production volume.

Cost per Unit and Volume Commitments

RFID inlays add 0.15–0.50 USD per label versus standard thermal labels. Pre-encoded labels cost more upfront but eliminate encoder investment and labor. Calculate total cost of ownership: hardware (encoder, module), consumables (labels, ribbon), and labor for encoding vs. outsourcing to pre-encoded suppliers.

Technology Stack

The specs and acronyms that actually affect rfid labels performance.

UHF (Ultra-High Frequency)

868–928 MHz frequency band with 3–15 meter read range, higher throughput for dense item counts, and lower susceptibility to metal interference than HF. Standard for retail compliance tagging and high-speed conveyor scanning.

HF (High Frequency)

13.56 MHz frequency band with 0.1–1 meter read range, lower power consumption, and better performance near metal or liquids. Common in healthcare specimen tracking, secure document tagging, and access-controlled asset workflows.

EPC (Electronic Product Code)

GS1 standard 96–256 bit identifier written to RFID inlay memory. Encodes product, serial number, and batch data for supply chain visibility. Interoperable with retailer and distributor read gates.

Inlay Memory Type

RFID inlays use EPC Gen2 (write-once after encoding) or rewritable memory banks for dynamic data. EPC Gen2 prevents accidental overwrite; rewritable supports asset-life updates (location, maintenance, reassignment).

Antenna Design & Tuning

RFID label performance depends on antenna length, impedance matching, and substrate dielectric loss. Thermal facestock and adhesive affect tuning; validate encoder-to-reader distance in your actual environment before scaling.

Encoding Throughput & Latency

Thermal RFID printer modules encode at 1–5 labels/second; in-line conveyor systems demand real-time EPC feed from WMS to avoid bottlenecks. Measure encode-to-eject time and validate serialization accuracy at target production rates.

Typical Deployment Scenarios

Retail Compliance Tagging (1,000–10,000 labels/day)

Distribution center applies pre-encoded GS1-compliant RFID labels to cartons before shipping to major retailers. Uses pre-encoded pre-encoded RFID labels to eliminate on-site encoder hardware and speed dock-to-truck cycles.

On-Demand Asset Serialization (500–2,000 labels/day)

Manufacturing or logistics site uses a thermal RFID printer with Sato or equivalent encoder module to print and encode asset tags in real time. WMS pushes serial numbers and location codes; labels encode on-demand for returnable containers, test equipment, or IT assets.

Healthcare Specimen Tracking (200–1,000 labels/day)

Laboratory uses HF RFID labels on specimen tubes and sample containers for chain-of-custody automation. Pre-encoded with patient IDs and accession numbers; read gates at intake, processing, and analysis stations eliminate manual barcode scanning.

Cold-Chain & Outdoor Yard Management (2,000–10,000 labels/day)

Logistics provider tags pallets and shipping containers with polyester or synthetic RFID labels for outdoor yard visibility and cross-dock automation. Durability stock survives rain, temperature swings, and forklift handling; UHF inlays enable drive-through read gates.

Frequently Asked Questions

What is the difference between UHF and HF RFID labels?

UHF (868–928 MHz) reads at 3–15 meters with higher throughput, suited for large supply chains and retail docks. HF (13.56 MHz) reads at 0.1–1 meter with lower power, better near metal and liquids, ideal for healthcare and secure document tagging. Choose UHF for distance and speed; HF for proximity and reliability in constrained spaces.

Can I print and encode RFID labels on my existing thermal printer?

Standard thermal printers cannot encode RFID. You need a printer with an integrated RFID encoder module (retrofit or built-in), such as models from Sato or Zebra. The encoder writes data to the inlay during the print pass. Verify your printer model supports your label stock's inlay type before purchase.

What does 'pre-encoded' mean for RFID labels?

Pre-encoded labels ship with EPC, serial numbers, or customer data already written to the inlay by the supplier. No on-site encoder needed—unbox and apply. Eliminates encoder hardware cost and encoding labor, but reduces flexibility if you need to change serialization schemes mid-deployment.

How long do RFID labels last outdoors?

Standard thermal facestock RFID labels degrade in 1–2 years outdoors due to UV, moisture, and temperature cycling. For outdoor asset tagging, upgrade to polyester or synthetic stock with UV-stable adhesives—durability extends to 3–5+ years. Test your label stock in your climate before large-scale deployment.

How do I choose between pre-encoded and print-and-encode RFID labels?

Use pre-encoded labels for fixed deployments (retail compliance, standard asset types) where serialization doesn't change. Use print-and-encode for dynamic workflows (returnable containers, lot-based manufacturing, variable serialization) where on-demand encoding saves logistics time. Calculate total cost: encoder hardware vs. pre-encoding service fees.

What encoding standards should I use for retail compliance?

Retail RFID labels must comply with GS1 EPC standards (96-bit or 256-bit EPC Gen2). Encode SGTIN (Serialized Global Trade Item Number) with product code, serial, and batch data. Validate labels with your retailer's read-gate hardware and EPC middleware before full rollout; interoperability failures delay dock acceptance.

RFID Labels

Plan Your Deployment

What to Look For

Common Deployment Scenarios

Showing Results for RFID Labels

SATO SR15KLT-10260 RFID 4x2 Label Stock

SATO SR15KLT-10261 RFID 4x6 Label

SATO SR15KT-10432 RFID 4x2 Label

SATO SR15KT-10433 RFID 4x6 Label

SATO SR30KLT-10090 RFID 4x2 Label Roll

SATO SR30KLT-10093 4x2 RFID Label

SATO SR30KT-10430 RFID 4x2 Label

Sato SR30KT-10431 RFID 4x6 Thermal Transfer Label Stock

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What to Look For When Buying

Technology Stack

Typical Deployment Scenarios

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