Specifically designed for complex environments such as metals Super anti-metal interference and sensitive sensing
RFID anti-metal tags adopt frequency hopping working mode and have super anti-metal interference capabilities.
It can quickly and accurately identify target objects, improving the accuracy and efficiency of recognition.
The effective reading distance of RFID anti-metal tags can reach more than 8 meters (related to the reader and antenna).
It has good wear resistance, scratch resistance, high temperature resistance and other properties, and can work stably for a long time in harsh environments.
supports data encryption and anti-collision mechanism to protect data security.
ABS anti-metal labels are made of high-temperature resistant industrial ABS plastic, metal shielding materials, epoxy resin potting and ultrasonic welding. It has properties such as sun protection, waterproof, and high temperature resistance.
PCB anti-metal labels can be directly pasted on metal surfaces and are suitable for installation on car license plates.
They are also suitable for outdoor power equipment inspections, asset management, logistics management, automobile parts process management, etc.
Flexible anti-metal labels have a certain degree of flexibility and can be printed. They have the advantages of good metal resistance, excellent performance, good directionality, and long reading distance when used on metal surfaces.
They are suitable for being attached to curved assets such as metal cylinders.
RFID anti-metal tags can be used for fixed asset management, such as machinery and equipment, tools, instruments, etc. By identifying and tracking fixed assets, full monitoring and information management of the use cycle and usage status can be achieved.
Libraries can use RFID stickers to label books, making it convenient to quickly and accurately identify and track the location and borrowing status of books.
Retailers can attach RFID stickers to their products, facilitating quick and accurate identification of product information, improving checkout speed and customer satisfaction.
In the manufacturing industry, RFID stickers can be used to track materials and components during the production process, improving production efficiency and product quality.
Hospitals can use RFID stickers to track medical devices, drugs, and patient information, improving the efficiency and security of healthcare services.
Airlines can use RFID stickers to track the location and transportation of luggage, improving luggage handling efficiency and reducing loss rates.
For enterprises that need to track and manage a large amount of assets, such as banks, insurance companies, etc., RFID stickers can quickly and accurately track the location and usage of assets, improving asset management efficiency.
RFID stickers can be used for tracking and managing personnel and items, improving the efficiency and accuracy of security management.
Select the label type that matches the printer (encoder) and application environment. Consider the data transmission rate, memory, antenna design, tag writing function and other factors to ensure that the tag can work normally. If possible, ask the supplier to recommend a flexible metal-resistant label that is best suited for the specific application.
Metal has an impact on the radio frequency signals of RFID tags. When used in metal objects or environments with a large amount of metal interference, anti-metal electronic tags must be used to reduce metal interference on the tag signal.
Choose a highly durable RFID anti-metal label based on the actual use requirements of the label. Consider the temperatures in which the labels will be stored and the workflow will be exposed, and whether they will be affected by extreme cold.
In the field of logistics, RFID stickers can help enterprises improve logistics efficiency, reduce logistics costs, and improve customer service levels.
Select the label type that matches the printer (encoder) and application environment. Consider the data transmission rate, memory, antenna design, tag writing function and other factors to ensure that the tag can work normally. If possible, ask the supplier to recommend a flexible metal-resistant label that is best suited for the specific application.
Metal has an impact on the radio frequency signals of RFID tags. When used in metal objects or environments with a large amount of metal interference, anti-metal electronic tags must be used to reduce metal interference on the tag signal.
Choose a highly durable RFID anti-metal label based on the actual use requirements of the label. Consider the temperatures in which the labels will be stored and the workflow will be exposed, and whether they will be affected by extreme cold.
In the field of logistics, RFID stickers can help enterprises improve logistics efficiency, reduce logistics costs, and improve customer service levels.