In the rapidly developing RFID (Radio Frequency Identification) technology, the role of RFID card embedding is critical. These panels are essential components of RFID cards to facilitate contactless authentication, item tracking, access control, and a variety of other applications. Guangdong Xinye Intelligence Label Co., Ltd.(Xinyetag) is an experienced player in the industry, distinguished by its rich experience and cutting-edge manufacturing processes, providing the highest quality inserts.
Xinyetag provides high quality RFID card inlay prelam on sheet, they are suitable for ISO standard cards, with optional thickness and antenna design, customizable electronic performance, Xinyetag card prelam is suitable for contactless card manufacturers to achieve high quality contactless cards, good printed cards and RFID laminate products.
RFID Prelam provides card manufacturers with a durable and convenient finished card manufacturing solution. Prelam stands for pre-lamination. This means that after the electronic component is embedded in the carrier material and assembled, the monolayers are fused together under pressure and high temperature in special laminator machinery. RFID card inlay is used to attach smart card, coil antenna and COB chip are welded and attached in PVC sheet. We can customize chips of different size LF RFID card prelam, HF card prelam, UHF RFID card prelam, dual-frequency RFID card prelam.
Material Selection
PVC (polyvinyl chloride) material is the first choice for making RFID inserts, because it has extraordinary flexibility, durability and ease of customization, taking advantage of these advantages to provide customers with tailor-made inserts, xinyetag carefully selected high-quality PVC materials for a better final product laid the foundation. Common layouts are 2x5 layout, 3x6 layout, 3x7 layout, 3x8 layout ,4x5 layout, 5x5 layout,4x6 layout, 4x7 layout, 4x8 layout, 4x10 layout, 6x8 layout, or other custom layouts. PETG, PC, transparent PVC materials are also available to meet the unique requirements of customers for various applications.
Chip and Size Selection
General size of insert for RFID smart card:210*297mm, 300*475mm , 305*460mm, 368*480mm
The thickness of high frequency medium material is:0.3mm, 0.32mm, 0.35mm, 0.4mm, 0.42mm, 0.425mm, 0.45mm , 0.5mm, etc.
Thickness (LF): 0.45mm - 0.6mm
Dual-frequency insert material thickness can be customized
Exquisite Craftsmanship and Advanced Equipment
Xinyetag's success in the RFID panel market is based on its advanced manufacturing process, the art of precision cutting to ensure that the inserts meet the exact specifications, and the consistency and accuracy of each paper with the most advanced machines and skilled technicians.
Xinyetag have advanced ultrasonic copper antenna and aluminum etching antenna embedded technology and experience, our product quality is not only stable and durable, but also good read and write performance consistency. Our RFID prelam can integrate ultrasonically embedded copper antennas or even FLIP chip etched antennas according to customer requirements. Excellent internal antenna design capabilities and a comprehensive technology platform in wafer processing, coil winding and etching antenna technology, bonding expertise and assembly processes make the product a reliable component for a large number of market segments.
RFID Prelam Sheet are Widely Used in Contactless Smart Card Film, for Semi-finished Products Processing, Support Factory/Manufacturer Customization
Xinyetag understands that different industries have unique requirements for RFID Inlay sheet. Whether it is access control, inventory management, contactless payment or more. Xinyetag works closely with customers to provide customized PVC prelam, which can not only meet the needs of different industries., and excellent performance. Guangdong Xinye Intelligence Label Co., Ltd. has rich experience and excellent commitment in customizing PVC Inlay sheets for smart card, making it a trusted partner for enterprises and organizations seeking high quality solutions in the field of RFID technology.
