• A square LF RFID label is shown in a peeled structure view that reveals the PVC surface copper coil COB chip and release paper.
  • A peeled LF RFID sticker displays its internal copper pancake coil and chip layout beneath the white surface layer.
  • A promotional product graphic presents square LF RFID stickers with a peeled sample and printed feature notes for the label.
  • A square LF RFID label is shown from the antenna side with a clear 35 mm by 35 mm size guide around the product.
  • Two square LF RFID labels are displayed side by side to compare the plain white face and the exposed copper coil back.
  • Two square LF RFID labels overlap on backing sheets to show the clean printable surface used for asset tracking and labeling.

LF RFID Stickers: Asset-Tracking and Equipment Labeling

  • USD 0.033-0.588
  • 1000 pieces
  • 35x35mm
  • White or Customized
  • Coated Paper, PET, PP Paper, Fragile Paper
  • 35x35mm or Customized

Durable LF RFID stickers designed for equipment labeling and asset tracking. Provide reliable performance and strong adhesion for industrial and retail use.

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  • Descriptions
  • Price Quote
  • Product Reviews
Descriptions





An overview graphic shows two square LF RFID stickers with one flat label and one peeled sample that exposes the inner coil.


A feature poster combines several square LF RFID labels with printed notes about 125 kHz operation chip type and label size.


A product information page shows the front and antenna sides of the LF RFID label above a specification table.

An application page shows a peeled LF RFID label beside product details and a turnstile access control scene below.

A structure page presents the LF RFID label with size diagram coil illustration and layered construction graphics.

A product features page shows access control gates below descriptive text about low frequency label performance and use cases.

A chip overview page shows handheld LF RFID label samples beside technical text that explains the chip working principles.

35x35mm Square LF RFID Label (TK4168) Overview

For large-scale asset tracking and heavy-duty labeling requirements, our 35x35mm Square LF RFID Label is engineered to provide enhanced signal strength and a clear physical presence for high-stakes identification. This label is built with an oversized D32mm copper antenna that expands the magnetic capture area compared to smaller tags. Utilizing the high-performance TK4168 chip, it delivers reliable read stability for tracking high-value equipment, industrial containers, and large logistical assets across sprawling facilities.

Large Footprint for Fast Identification and Flexible Scanning

The 35mm square footprint is designed for visibility and ease of identification on large assets. The larger internal copper coil supports more flexible scanning angles, helping operators achieve consistent reads even when the handheld reader is not perfectly aligned with the label. For organizations that also use temporary credentials or inventory cards made from Paper Cards, the same LF identification approach can be deployed for internal control workflows while keeping a simple, low-training user experience.

Robust Construction for Transitional Environments

To support industrial handling, the transponder structure is protected by robust encapsulation that helps reduce exposure impact from moisture, dust, and UV-related degradation. This makes the label effective for assets stored in transitional areas such as loading docks or open warehouse zones where conditions are less controlled.

125kHz LF Identification Within Multi-Technology Deployments

Operating at 125kHz, the LF platform supports dependable performance around common non-metallic materials such as wood and plastic, helping the asset identity be captured accurately during routine audits. In mixed deployments, facilities may use NFC Displays for interactive information points while selecting UHF RFID Labels when longer read distances or wider portal coverage are required. For item-level circulation and catalog workflows, RFID Library Labels are commonly used to support library and archive management requirements.

Reducing Manual Searches and Enabling Automated Tracking Protocols

By deploying factory-direct, high-gain LF labels, organizations can reduce time spent on manual asset searches and implement a more rigorous maintenance and location tracking protocol. This supports consistent identification over the asset lifecycle and helps improve operational control as facilities scale.

FAQ

Q1: Why should I choose the TK4168 chip for my asset labeling project?

A1: The TK4168 is valued for stable LF performance and broad compatibility within the 125kHz spectrum. It provides a reliable unique ID that can be recognized by many standard LF readers, supporting consistent asset identification in routine operations.

Q2: Does the larger D32mm antenna actually improve the read range?

A2: A larger antenna generally captures more energy from the reader’s magnetic field, which can improve coupling efficiency and support a longer or more stable read distance compared with smaller coil designs, depending on the reader and installation conditions.

Q3: Can these labels be used for outdoor asset tracking?

A3: The label is designed for durable use and can tolerate typical warehouse and loading dock conditions. For long-term exposure to direct sunlight and heavy rain, a dedicated ruggedized tag solution is recommended to ensure maximum service life.

Q4: What is the best way to secure these labels to industrial equipment?

A4: The labels use an industrial-grade adhesive backing. For best results, clean the application surface to remove dust and oils, allow it to dry, then apply firm pressure across the full 35x35mm area to ensure a complete bond.

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Customer Reviews:

Customer avatar
Bethany Williams 2026-10-01 18:14:25

A convincing sample run. The evidence was simple: this label batch reduced application time without changing our routine.

Customer avatar
Louis Hernandez 2026-08-29 10:17:30

When we put it into service, the result beat our expectations: our test sticker gave us no reason to second-guess it.

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