Foam + Epoxy LF RFID Tag (50355mm)

• Type: Low Frequency (LF) RFID, 125 kHz
• Size: 50mm x 35mm x 5mm
• Material: Combination of foam and epoxy for enhanced durability and impact resistance
  • Foam: Lightweight, flexible, and shock-absorbing, ideal for protecting the embedded RFID chip and for use in environments where flexibility is needed
  • Epoxy coating: Provides additional protection against moisture, chemicals, abrasion, and other environmental factors, ensuring long-lasting performance
• Design: Rectangular shape with a compact size, offering a balance between durability and versatility for mounting on various assets
• Function: Houses an LF RFID chip that stores a unique identification number, allowing for short-range communication with compatible RFID readers for asset tracking, inventory management, or monitoring
• Technology: LF 125 kHz RFID chip for reliable and stable performance in environments with metal or liquid interference, offering a range of a few centimeters to 1 meter
• Applications:
  • Asset management in industrial or warehouse environments
  • Inventory control in environments where durability and resistance to rough conditions are critical
  • Livestock tracking or tool tracking in manufacturing or agriculture
  • Supply chain management for monitoring and tracking items in transit
• Advantages:
  • Shock-absorbing foam material helps protect the RFID chip from physical impacts and vibrations
  • Epoxy coating ensures waterproofing and chemical resistance, making it suitable for harsh environments
  • Compact size and flexibility make it easy to integrate into different types of assets, equipment, or tools
  • Reliable LF technology ensures performance even in environments with high levels of interference (e.g., metal or liquids)

This Foam + Epoxy LF RFID tag (50mm x 35mm x 5mm) is a durable, versatile solution for asset tracking, inventory management, and supply chain monitoring, providing protection against environmental factors while offering stable RFID performance in challenging conditions.