RFID foam tag report（3）—How to correctly choose RFID flexible on metal tag

As RFID foam tag is gradually accepted by the market, how to choose RFID uhf foam label tag has become a special concern for users. In order to help users better choose RFID uhf foam label tag, the following successful experiences are proposed here:

1.Select the printable flexible RFID lables type that matches the printer (encoder). The type of printable flexible RFID lables you choose must match your printer (encoder) and application environment. This is the key to the successful application of RFID flexible anti-metal labels. Data transmission rate, memory, antenna design, tag writing function, etc are all need to be evaluated to ensure that the RFID uhf foam label tag can work properly. Some printable flexible RFID lables suppliers may also have different specifications, or add some patented application-related or unrelated functions. In this case, you should ask the supplier to recommend the most suitable printable flexible RFID tag for your application.

2. Conduct small batch testing before ordering large quantities of RFID flexible anti metal tags. Before ordering your customized RFID flexible anti metal tags, you must obtain the requirements for the setting position of the transponder (i.e. RFID tag) from your printer (encoder) manufacturer. During sample testing or small batch testing, these RFID flexible on metal lables must fully meet the needs of your application before you decide whether to order in larger quantities.

3. The storage temperature of RFID UHF metal label should be appropriate. Its storage temperature should be between -60 and 203 degrees Fahrenheit (15.5 and 95 degrees Celsius), and the environmental conditions should be stable. Do not expose the RFID UHF metal label to static electricity, otherwise the label performance will be affected. When applying RFID flexible on metal sticker in low-humidity environments, it is best to use anti-static cloth or anti-static mats to eliminate the effects of static electricity.

4. Train your employees to make label printing a success. Label printers (encoders) have many parameter settings specific to your use environment, with their own characteristics and special RFID technical requirements. Employees must be fully trained in advance to avoid possible errors in RFID label printing.

5. Calibrate the label printer (encoder) to ensure correct printing. Before starting to print labels, adjust the printer (encoder) to ensure that the label tape has the correct guide gap and pitch (distance between two labels) in the printer (encoder). Each new batch of label tape must be adjusted before printing begins. If it is a special printer for a certain type of label, and all parameters and gaps have been set, this correction operation can be dispensed with. Some label printers (encoders) have automatic correction functions, making the correction operation simpler.

The choice of RFID uhf anti-metal label is a worry for most people, especially for companies with specific special needs for special environmental work. As a top RFID foam tag manufacturer, RTEC will provide you with the best solutions and RFID tags.