RFID Tamper Evident Sticker

RFID Tamper Evident Sticker

It ensures the authenticity of assets and can effectively prevent assets from being counterfeited or illegally replaced.
RFID technology can achieve rapid identification, greatly improving the efficiency of asset identification and inventory.
By setting up an alarm system, RFID asset management can monitor the location and status of assets in real time.
RFID technology has good scalability and can easily add new functions and applications.
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Description
Removal Evidence by RF Failure

When Does This RFID Sticker Fit the Project?

Our RFID tamper evident sticker combines UHF identification with a brittle antenna that is intended to break when the applied label is lifted or transferred. The 62 × 30 × 0.3 mm adhesive label uses an R6-P chip, operates across 860–960 MHz and has a listed reading range of up to 3 m, depending on the reader and installation surface.

Choose it when the security workflow requires an intact tag to remain readable while attempted removal should cause permanent RF failure. It is suited to controlled asset identification, product tracking and return inspection on compatible non-metal surfaces.

Evidence Mechanism

What Happens After an Attempted Transfer?

1

Apply

The adhesive label is attached to a clean, dry and compatible surface.

2

Identify

A UHF reader captures the assigned EPC data without optical line of sight.

3

Disturb

Peeling or lifting the label stresses the internal brittle antenna structure.

4

Verify

An unreadable tag can trigger inspection when the expected EPC is checked.

Important: the tag supplies an RFID status signal, not independent real-time location. A reader and a defined database or inspection workflow are required to interpret a missing or unreadable EPC.
Published Configuration

RFID Tamper Evident Sticker Specifications

Specification Published Value
Tag dimensions 62 × 30 × 0.3 mm
RFID chip R6-P
Operating frequency 860–960 MHz
Memory 96-bit TID/UID; EPC up to 128 bits; 32-bit user memory; 32-bit access password; 32-bit kill password
Face material Printable coated paper
Installation Adhesive attachment
Listed reading range Up to 3 m, depending on the reader
Tamper feature Brittle antenna designed for removal evidence
Read range is an application-dependent result rather than a guaranteed installation distance. Reader power, antenna placement, tag orientation, nearby materials and regional UHF settings must be tested together.
Selection Check

Confirm the Surface Before Ordering

Installation Condition Procurement Decision Required Validation
Paperboard, rigid plastic or dry wood Suitable candidates for sample evaluation Check adhesion, antenna tuning and operational read zone
Glass Test at the intended mounting position Confirm orientation, reader angle and removal behavior
Metal surface Do not assume the standard label will perform correctly Use an appropriate UHF anti-metal tag after application testing
Curved, textured or contaminated surface Adhesive suitability must be evaluated Provide surface material, curvature and environmental conditions
Outdoor or chemically exposed area Confirm material protection before specification State temperature, moisture, UV and chemical exposure
Workflow Design

Build Tamper Evidence into the RFID Process

Assign a Unique Record

Link the encoded EPC to the product, asset or shipment record. Printed QR codes or serial numbers can provide a visual cross-reference.

Record the Expected Read

Define where the tag should be read and which status the system should return during receiving, audit or return inspection.

Inspect Exceptions

A failed read can indicate antenna damage, but reader coverage, orientation and environmental interference should also be checked.

Customization Inputs

What We Need for Printing and Encoding

Artwork and Visible Data

  • Logo and approved print artwork
  • QR code, barcode or serial-number format
  • Readable text and variable-data sequence
  • Required visual inspection criteria

RFID and Application Data

  • Destination country and required UHF band
  • EPC format and data-mapping rules
  • Target surface and installation position
  • Reader model, antenna and required read zone

We can support customized printing and personalized encoding. For serialized orders, send the data format and artwork together so that visual identifiers and EPC records can be checked against the same specification.

Order Validation

Test the Installed Label, Not Only the Unapplied Sample

RF Performance

Measure successful reads at the intended distance, orientation, reader power and operating frequency.

Removal Response

Apply the label to the actual surface, allow the adhesive to establish and verify how the antenna responds to lifting.

Data Verification

Check EPC structure, printed variable data and database mapping before approving serialized mass production.

Package labels, roll direction, core requirements and quantity per roll should be confirmed during order approval. These choices affect application equipment and receiving procedures.

Frequently Asked Questions

RFID Tamper Evident Sticker FAQ

What makes this sticker tamper evident? +

The internal brittle antenna is designed to break when the applied label is lifted or transferred. Antenna damage prevents the chip from operating normally with a UHF reader.

Does an unreadable tag always prove tampering? +

No. A failed read should trigger inspection because reader coverage, orientation, interference or antenna damage can all affect readability. The tag works best within a defined verification procedure.

Can the standard sticker be installed directly on metal? +

Direct metal installation can detune a conventional UHF label. Provide the metal type, mounting position and required read distance so we can recommend an anti-metal construction for testing.

Is the listed 3 m read range guaranteed after installation? +

No. The published range depends on the reader. Installed performance also changes with reader power, antenna, orientation, frequency band, surface material and surrounding objects.

What information can be printed or encoded? +

We can review requirements for logos, text, QR codes, barcodes, serial numbers and personalized EPC data. Submit the artwork, numbering logic and data-mapping format for confirmation.

Can a smartphone read this UHF sticker? +

A standard smartphone does not normally read UHF EPC tags directly. Use a compatible handheld RFID reader or fixed UHF reader.

What should we test before approving a bulk order? +

Test adhesion, read performance, removal response, printed data, EPC encoding and database mapping on the actual product surface with the intended reader setup.

What details are required for a quotation? +

Provide quantity, destination country, target surface, reader information, required read distance, printing artwork, encoding format and packaging requirements.

Validate the Sticker on Your Actual Surface

Send us the installation material, required read zone, reader setup, quantity, destination country and personalization requirements. We will review the configuration for sampling and quotation.

Request a Sample Configuration

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