Crosspoint RF 4×4 Paper Label 8.2MHz Plain White

Crosspoint RF 4×4 Paper Label

The Crosspoint RF 4×4 Label serves as a critical component in Electronic Article Surveillance (EAS) frameworks. It utilizes radio frequency technology tuned to a precise 8.2MHz resonance. This specific frequency ensures high detection rates when passing through compatible pedestal gates. The unit features a plain white surface. This finish facilitates barcode overprinting or seamless integration into standard retail packaging. Consequently, inventory remains secure without compromising product aesthetics. The internal LC circuit responds to electromagnetic fields generated by security antennas. Therefore, unauthorized removal of tagged items triggers an immediate alarm response.

Key Features

• Standardized Frequency
  The internal circuit operates at 8.2MHz for broad compatibility with Checkpoint and third-party RF systems.

• High-Tack Adhesive
  The self-adhesive backing bonds securely to various substrates including cardboard, plastic, and paper surfaces.

• Deactivation Performance

  • Rapid circuit breakdown occurs during POS deactivation.
  • Consistent deactivation height prevents false alarms at exits.

Specifications

What’s in the Box

• Crosspoint RF 4×4 8.2MHz Paper Labels (Roll Format)

Why Choose This Security Label

• The 8.2MHz frequency provides universal compatibility with major retail security infrastructure. Moreover, the 4×4 cm surface area optimizes the signal-to-noise ratio for reliable detection.

• A robust adhesive layer prevents tampering and unauthorized removal by customers. Consequently, shrinkage rates decrease significantly in high-traffic retail environments.

• The plain white design allows for secondary thermal transfer printing of prices or SKU data. This dual-purpose functionality streamlines the labeling process for warehouse staff.

• High manufacturing tolerances ensure that every unit in the roll maintains frequency stability. Therefore, network engineers face fewer calibration issues during system maintenance cycles.