Revolutionize Your Tire Management Experience with the RFID Silicone Tire Tag

In industries such as logistics and transportation, automotive manufacturing, and fleet operations—where tire safety and efficiency are critical—tracking the entire lifecycle of tires, managing maintenance, and ensuring asset security have always been core pain points. Traditional management methods rely on manual recording, which is prone to data errors, inefficiency, and difficulty in traceability, making it hard to adapt to complex industrial environments and large-scale operational needs. To address this, we are proud to launch our RFID Silicone Tire Tag—a high-performance solution that combines heat-resistant silicone material with advanced RFID radio frequency technology, delivering accurate, efficient, and durable intelligent management for tires and redefining the standards of tire asset management.

I. Product Core: An Intelligent Tracking Carrier for Extreme Environments​

The RFID Silicone Tire Tag is crafted from high-toughness soft silicone material, with a thickness of only 2mm. It fits tightly to the tire surface, perfectly adapting to the deformation of tires during rolling, and maintains stable adhesion even under complex road conditions and long-term use. Its core advantage lies in its exceptional adaptability to extreme environments: it operates within a temperature range of -40℃ to +85℃ and can be stored at temperatures ranging from -40℃ to +230℃. This allows it to easily withstand the high temperatures of the tire vulcanization process while resisting harsh conditions such as cold, humidity, and friction, ensuring stable performance throughout the tire’s entire lifecycle.​

Equipped with a high-performance RFID chip (such as the Impinj R6 or equivalent), the tag supports multi-protocol communication including EPC Class1 Gen2 and ISO18000-6C. It is compatible with mainstream global frequency standards (902-928MHz for the US & China, 865-868MHz for the EU), enabling seamless cross-regional and cross-device integration. The chip features 128bits of EPC memory, 32bits of user memory, and 48bits of TID memory, supporting 100,000 read/write cycles and 10 years of permanent data storage. It accurately records key information such as tire brand, model, production batch, serial number, and installation date, creating a unique "electronic identity file" for each tire. When used with a suitable reader, the tag achieves a maximum reading distance of 6 meters (note: reading ranges may vary by device), enabling batch scanning and rapid data collection—eliminating the inefficiency of manual recording and significantly improving work efficiency.

II. Core Features: Tailored for Demanding Scenarios​

1. Extreme Durability, Matching the Tire’s Lifespan: Adopting an integrated sealed design and a specially formulated dual-cure chemical or heat-based installation process, the tag is firmly attached to the inner wall of the tire. Even after multiple recapping and rotation cycles, it resists high pressure, friction, and chemical corrosion, ensuring stable operation throughout the tire’s entire service life.​
2. Wide-Scale Compatibility, Strong Versatility: With a standard size of 95x35x2mm (custom sizes available), the tag is widely applicable to bus tires, truck tires, passenger car tires, and other tire types. It is particularly suitable for truck tires that require multiple recaps, meeting the tracking needs of automotive factories, logistics enterprises, fleet operations, and other scenarios.​
3. Intelligent Management, Cost Reduction & Efficiency Improvement: Through its read/write functionality, the tag enables full-lifecycle data traceability of tires—from production, warehousing, and transportation to installation, maintenance, and disposal. It automatically collects information without manual intervention, reducing data errors and lowering management costs.​
4. Enhanced Safety, Proactive Risk Mitigation: It maintains a complete record of the tire’s maintenance history, usage duration, rotation records, and more. This helps managers accurately predict maintenance needs and replace aging tires in a timely manner, avoiding safety hazards caused by tire failures and ensuring road safety.​

III. Diverse Applications: Covering All Tire Management Scenarios​

1. Intelligent Inventory Management: Within warehouses or storage facilities, RFID technology enables efficient tracking of tire stock levels. This ensures optimal inventory levels are maintained, reducing the risk of stockouts and ensuring timely availability of tires when needed.​
2. Full-Lifecycle Tire Tracking: From the moment a tire rolls off the production line, the tag records its transportation route, installed vehicle, mileage used, and other details. Manufacturers and distributors can real-time monitor the logistics progress of each tire, ensuring timely and accurate delivery to intended destinations.​
3. Precision Maintenance Management: The tag provides a comprehensive maintenance history for each tire, including the date of the last service, type of service performed, and recommended service intervals. This information helps fleet managers efficiently schedule maintenance tasks, reducing the likelihood of unplanned downtime and extending the tire’s service life.​
4. Effective Anti-Theft Measures: By tracking the movement of individual tires, the RFID Silicone Tire Tag plays a key role in preventing theft. Fleet managers can quickly identify missing tires and take necessary actions to recover them, minimizing asset loss.​

Conclusion: Empowering Smarter Tire Management with Technology​

Whether you are an automotive manufacturer, a logistics and transportation company, or a large-scale fleet operator, the RFID Silicone Tire Tag addresses your tire management challenges with its core advantages of heat resistance, durability, and high accuracy. It enables asset visualization, intelligent maintenance, and efficient operations. Upgrade your tire management system today with our professional RFID Silicone Tire Tag—and experience the benefits of advanced tracking technology designed for the toughest applications.