RSTC provides RFID tags for asset tracking, inventory management, industrial automation, and IoT applications. From passive and active RFID tags to customized solutions, our products help improve visibility, operational efficiency, and tracking accuracy.
















Radio Frequency Identification (RFID) tags enable reliable identification, tracking, and management of assets, products, and equipment through radio frequency communication. Compared with traditional barcodes, RFID tags can be read without direct line of sight, helping organizations improve operational efficiency, data accuracy, and asset visibility.
RSTC offers a wide range of industrial RFID tags, including passive RFID tags, active RFID tags, and RFID temperature sensor tags. These solutions are widely used in inventory management, asset tracking, manufacturing, logistics, vehicle identification, and IoT applications across various industries.
Track equipment, tools, containers, and high-value assets in real time to improve visibility, reduce loss, and optimize asset utilization across industrial facilities.
Automate inventory counting and stock monitoring with RFID technology, helping improve inventory accuracy, reduce manual labor, and streamline warehouse operations.
Monitor work-in-progress (WIP), production tools, and materials throughout manufacturing processes. Industrial RFID tags support reliable identification in demanding production environments.
Improve shipment visibility and traceability across warehousing, transportation, and distribution networks through automated RFID-based tracking.
Utilize long-range RFID tags for vehicle identification, fleet management, parking systems, and automated access control applications.
Track garments, uniforms, linens, and textile products throughout washing, sorting, storage, and distribution processes using durable RFID laundry tags.
Enable tire identification and lifecycle management during manufacturing, warehousing, transportation, and maintenance operations with RFID tire tags.
Use RFID temperature sensor tags to monitor temperature-sensitive products in cold chain logistics, healthcare, pharmaceutical storage, and food transportation applications.
Selecting the right RFID tag depends on your application scenario, operating environment, and required reading performance. Understanding these key factors helps ensure reliable system performance and cost efficiency in real-world deployments.
Start by identifying what you need to track and how the RFID system will be used. Different applications such as asset tracking, inventory management, vehicle identification, laundry tracking, and temperature monitoring may require different RFID tag technologies and form factors.
Define the required reading distance for your application. Passive RFID tags are suitable for short to medium-range identification in inventory and logistics operations, while active RFID tags are designed for long-range tracking and real-time visibility across large areas or moving assets.
The material of the tagged object can significantly affect RFID performance. Metal surfaces and liquids may interfere with signal transmission. For these environments, on-metal RFID tags are recommended to ensure stable and reliable reading performance.
Consider environmental conditions such as high temperature, moisture, chemicals, vibration, or outdoor exposure. Industrial RFID tags are designed to withstand harsh operating environments, with specialized options available for extreme conditions such as high-temperature applications while maintaining durability and reliable performance.
Some applications require more than basic identification. RFID temperature sensor tags can provide real-time temperature monitoring for cold chain logistics, healthcare, food storage, and other temperature-sensitive applications.
The right choice depends on your application requirements. Passive RFID tags do not require a battery and are commonly used for inventory tracking, asset identification, and logistics management. Active RFID tags include a built-in battery, allowing longer read ranges and real-time tracking for vehicles, high-value assets, and large industrial sites.
Standard RFID tags may experience reduced performance when attached directly to metal. For metal assets, equipment, or containers, on-metal RFID tags are specifically designed to maintain reliable reading performance and stable signal transmission.
The reading distance varies depending on the RFID technology, tag design, reader power, and installation environment. Passive RFID tags are typically used for short- to medium-range identification, while active RFID tags can support much longer read ranges for tracking applications.
Yes. RFID temperature sensor tags can record and monitor temperature conditions throughout storage and transportation processes. They are widely used in cold chain logistics, pharmaceutical distribution, food safety management, and healthcare applications where temperature control is critical.
Yes. RFID tags can be customized based on your specific requirements, including tag size, shape, material, chip type, operating frequency, mounting method, and branding. RSTC provides tailored RFID solutions for a wide range of industrial and commercial applications.
As an experienced RFID manufacturer, RSTC provides RFID tags, readers, antennas, and system solutions for industrial tracking applications.
