Mini Anti-Metal Rewritable NFC Tag with Copper Antenna for Electronics – GAORFID

13.56MHz HF RFID NFC tag with waterproof, tamper-proof FPC material, ISO 14443A protocol, customizable chip/logo, ideal for access control and payment.

113101

Description

Overview

The RFID mini anti-metal rewritable NFC tag is increasingly used in electronic and other products. Due to space constraints, traditional aluminum antennas aren’t suitable for miniaturization. However, our RFID mini anti-metal rewritable NFC tag with a copper antenna is designed to work perfectly in these situations. It is also capable of functioning on metal surfaces, ensuring versatility in a variety of applications. As a National Hi-Tech Enterprise, we specialize in manufacturing a wide range of small, waterproof, factory-direct priced NFC tags.

 

Features

  • Mini size NFC tag with copper antenna for space-constrained applications
  • Works effectively on metal surfaces
  • Rewritable design for flexible usage
  • Waterproof for reliable outdoor use
  • Factory direct pricing for cost efficiency
  • Compatible with a wide range of electronic products
  • Supports ISO 14443A protocol for secure data transfer
  • High durability and resistance to environmental factors

 

Applications

  • Access control
  • Payment management
  • Asset tracking
  • Inventory management
  • Electronic product identification
  • Smart packaging
  • Logistics and supply chain
  • Industrial automation
  • Attendance monitoring
  • Event ticketing
  • Healthcare management
  • Asset monitoring
  • Anti-theft systems
  • Public transportation
  • Security systems
  • Retail management

 

Technical Specifications

Chip Customizable
Protocol ISO14443A
Size Dia 0.78 in ( 20 mm ) or customized
Antenna Copper antenna
Memory 158 Bit
Frequency 13.56 MHz
Material Flexible printed board
Write Endurance ≥ 100,000 cycles
Read Range 0.78 in to 1.18 in ( 20 mm to 30 mm ) (depends on the reader and antenna)
Application Data Transfer, Access control, Payment management, Customized, etc.

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