RFID Tags designed for identification, access control, asset tracking, laundry management, and other industrial applications.
XIUCHENG RFID is a factory-direct RFID tag manufacturer, providing stable quality, scalable production, and full customization support.
We manufacture a wide range of UHF RFID tags, HF RFID tags, and custom RFID labels for system integrators, solution providers, and industrial projects, with full OEM manufacturing and application-specific customization.
XIUCENG RFID specializes in manufacturing a comprehensive range of RFID tags, from RFID stickers and inlays to library tags, windshield tags, epoxy tags, washable tags, and NFC labels. All products are fully customizable to meet your specific requirements.
RFID tags are widely used for identification, tracking, and data collection across industrial, commercial, and IoT environments. Depending on the operating frequency, form factor, and chip type, RFID tags support a broad range of applications including asset tracking, inventory management, access control, logistics automation, and IoT-based identification systems. XIUCHENG RFID manufactures and supplies RFID tags covering LF (125kHz), HF (13.56MHz), UHF (860–960MHz), and NFC-compatible RFID tags, ensuring reliable compatibility with mainstream RFID readers and international standards.
RFID tags are available in multiple constructions to meet different installation methods and operating conditions. Common options include RFID labels, hard RFID tags, on-metal RFID tags, washable laundry RFID tags, and specialty tags designed for industrial or harsh environments. By selecting appropriate materials such as PET, ABS, PPS, silicone, or fabric, RFID tags can maintain stable performance under exposure to heat, moisture, chemicals, or mechanical stress. For metal surfaces or complex environments, dedicated on-metal RFID tags are engineered to minimize signal interference and maintain consistent read ranges.
Different RFID applications require different frequency ranges and read distances. LF RFID tags are typically used for access control, personnel identification, and animal tracking. HF RFID tags, including NFC-compatible tags, are widely applied in ticketing systems, libraries, and secure authentication scenarios. UHF RFID tags enable long-range reading and bulk identification, making them suitable for warehouse management, supply chain tracking, pallet and carton identification, and logistics operations. Proper frequency selection and antenna design are essential to achieving optimal read accuracy and system efficiency, and XIUCHENG RFID provides technical support to ensure seamless integration with existing reader infrastructure.
As a direct RFID tag manufacturer, XIUCHENG RFID offers full customization services, including chip selection, antenna optimization, size and form factor design, material selection, printing, and data encoding. RFID tags can be pre-programmed with EPC, UID, or customer-defined data formats to support enterprise systems and automated workflows. Our production capabilities support both small-batch sampling and large-volume manufacturing, with strict quality control procedures to ensure consistent read performance, data accuracy, and long-term durability across all deliveries.
XIUCHENG RFID works closely with system integrators, solution providers, and enterprise buyers worldwide to deliver RFID tag solutions that meet technical, operational, and regulatory requirements. With in-house manufacturing, application-level expertise, and responsive technical support, we help customers select RFID tags that align with their deployment environment, reader hardware, and long-term project objectives.
Yes. Our RFID tags can be customized in materials, size, frequency, and chip options to match specific application requirements.
The choice depends on reading distance, environment, and system requirements. UHF is commonly used for long-range tracking, while HF and NFC are used for short-range identification.
Yes. We manufacture RFID tags designed for harsh environments, including heat, moisture, and chemical exposure.
