Durable Anodic Aluminum Identity Modules (20-Pack)

Secure your pet’s safety with the Anodic Aluminum Identity Modules, a professional-grade identification system engineered with dual-surface engraving logic. This high-utility 20-piece set features a lightweight yet resilient aluminum architecture, providing a high-reliability solution for permanent identification. By utilizing Paw-Print structural geometry, the tags offer a high-purity aesthetic combined with functional durability, ensuring essential contact data remains accessible should your pet navigate outside of their high-security domestic environment.

The system is built with oxidized-surface technology, providing a corrosion-resistant finish that withstands environmental exposure and active physical movement. Designed with a high-visibility contrast build, the tags allow for high-stability laser or mechanical engraving on both the primary and secondary faces. Constructed with a reinforced attachment aperture, this identity hub is compatible with all standard collar hardware, maintaining a professional-grade balance between minimal weight and maximum endurance for cats and dogs of all size profiles.

Key Features

• Dual-Surface Logic: High-purity aluminum faces allow for multi-line data engraving, including name, primary contact, and medical alerts.

• Oxidized Anodic Build: Chemical-resistance coating prevents tarnishing and scratching, ensuring the tag's visual integrity over long-term use.

• Paw-Print Aesthetic Geometry: Anatomically inspired design provides a professional-grade visual profile that integrates seamlessly with any collar style.

• Ultra-Lightweight Architecture: Engineered with a low-mass profile (27mm or 35mm options) to prevent cervical strain or "clinking" noise during movement.

• Reinforced Aperture Purity: High-durability punched hole ensures a high-security connection to split rings and harness hardware.

• High-Volume Deployment Pack: 20-unit configuration provides a ready-reserve for multi-pet households or frequent collar replacements.

📏 Technical Guide