UHF RFID Tire Tag

These RFID tire tags provide a robust and high-reliability solution for vehicle identification and lifecycle tracking in demanding automotive and industrial environments. Designed to be mounted on the inner liner of a tire using a high-strength adhesive, these tags enable accurate, long-range UHF RFID readability even under high-speed and high-temperature operating conditions. They are widely used for tire management, fleet tracking, manufacturing logistics, and quality control, helping streamline operations while improving traceability and asset visibility.

Constructed from durable rubber-based material, these tire tags are engineered to flex and withstand the extreme deformation and stress experienced during normal tire use. Their embeddable form factor allows them to be securely integrated within the tire structure without interfering with performance or safety. This embedded positioning also protects the tag from external damage, ensuring consistent readability throughout the tire’s service life.

With a focus on durability and long-term stability, these RFID tire tags are designed to maintain performance in harsh environments including heat, pressure, moisture, and road vibration. Their secure adhesive mounting on the inner liner helps prevent displacement, while the rugged rubber construction ensures the tag remains intact even under continuous mechanical strain. These features make them an ideal solution for applications where reliable tire identification is essential for operational efficiency and asset control.

• Designed for reliable long-range UHF RFID readability through tire materials for accurate vehicle and asset identification.
• Read ranges of up to 8 m in demanding operational environments.
• Engineered for high-speed performance, maintaining stable identification even under rotational stress and motion.
• Durable rubber-based construction allows the tag to flex and withstand continuous tire deformation and mechanical strain.
• High-strength adhesive enables secure attachment to the inner liner, reducing risk of displacement during tire operation.
• Resistant to harsh conditions including heat, pressure, moisture, vibration, and road impact for long-term stability.
• Supports tire lifecycle tracking, fleet management, manufacturing logistics, and quality control applications.