The flexible anti-metal tag (printable) has certain flexibility and can be bent. It has the advantages of good metal resistance, excellent performance, good directionality and long reading distance when used on metal surfaces. It is suitable for sticking
Description The flexible anti-metal tag (printable) has certain flexibility and can be bent. It has the advantages of good metal resistance, excellent performance, good directionality and long reading distance when used on metal surfaces. It is suitable for sticking on curved assets such as metal cylinders. , can be applied to RFID asset management, cylinder tracking, traffic control, logistics management, dangerous goods management, etc. Specification 1.Item:UHF Flexible on-metal Tag 2.Chip:Impinj Monza R6-P/NXP UCODE 8 3.Frequency: US standard: 902-928MHz European standard: 865-868MHz 4.Dimension:95*22*1.25mm/80*40*1mm,customized. 4.Material:Printable PET 5.Customization:Pre-printing, number printing, encoding etc. 6.Compatible printer:Zebra ZT410, SATO CL4NX, Postek Tx3r,etc Available Size
Flexible anti-metal RFID tags make storage operations smoother. The difference between RFID anti-metal tags and rfid electronic tags is that RFID anti-metal tags add an anti-metal material on the original basis, which can prevent tags and metal objects. In the case of sticking and failure, the label of this material is called RFID flexible anti-metal electronic label.
Most metal-resistant electronic labels on the market today cannot be directly printed on barcode printers. The labels are very thick and need to be printed on ordinary electronic labels and then pasted on metal-resistant materials for label printing in fixed asset management. cause great inconvenience. There is only one type of anti-metal label we have come across that can be printed directly on a barcode printer, we call it a printable flexible anti-metal label. Application
19F, Block A, Guanghao International Center, Intersection of Meilong Road and Zhongmei Road, Daling Community, Minzhi Street, Longhua District, Shenzhen
