TheDogTagCo Double Set of Personalised Luggage Tag Stainless Steel Nickel Plated ID tag with Cable & Silencer Read Description to See How to ADD Personalisation… (Camo Brown)

The luggage tags are designed to be compact, measuring approximately 2 inches in length and 1 inch in width. They are lightweight yet durable enough for daily use.

These tags are made from stainless steel with a nickel plating, which provides both durability and resistance to tarnishing or corrosion.

Each set includes two personalised luggage tags, a cable to attach them to your luggage, and a silencer that helps reduce noise when they swing against each other.

This product is ideal for frequent travelers or anyone who needs to ensure their belongings are easily identifiable. It's perfect for parents of young children, backpackers, and business travelers alike.

These luggage tags are built to last with a robust construction that can withstand the rigors of travel. They are designed to be resistant to scratches and wear, making them suitable for repeated use over time.

Currently, these tags come in one design: Camo Brown. However, you can personalise them with names or initials to make them uniquely yours.

Attaching the cable is straightforward. Simply thread it through your luggage handle and secure it using a carabiner clip (not included). This ensures your tags stay securely in place during travel.

You can add up to two lines of text, each containing 12 characters or less. This allows you to include names, initials, or other important information for easy identification at the baggage claim area.

These tags are versatile and can be attached to any type of luggage via their cable. Whether it's a backpack, suitcase, or travel bag, they will fit securely and stay in place during your trip.

When comparing with other brands, consider the durability of materials used, the clarity of personalisation options, and additional features like a silencer. TheDogTagCo's Camo Brown tags offer high-quality construction and easy-to-read text for optimal identification.