Rugged RFID Tags, designed to withstand vibration, shock, impact, extreme temperature, or exposure to harsh chemicals. Ideal for industrial environments.
The Confidex Ironside Micro NFC NTAG213 Tags are reinforced NFC Tags, for extreme use. They can withstand shocks, chemicals and moisture. They are equipped with a hole to be riveted.
The Confidex Ironside Micro NFC NTAG213 Tags are reinforced NFC Tags, for extreme use. They can withstand shocks, chemicals and moisture. They are equipped with a hole to be riveted.
RFID Tag with with flexible design, resistant to high temperatues. Can withstand up to 260°C for minutes and 230°C for hours. With Alien Higgs 9 RFID chip.
RFID Tag with with flexible design, resistant to high temperatues. Can withstand up to 260°C for minutes and 230°C for hours. With Alien Higgs 9 RFID chip.
One of the most robust and resistant tags by Confidex, for Asset Management. Resistant to temperature peaks, acids, bases, vibrations, shock, pressure, weather.
One of the most robust and resistant tags by Confidex, for Asset Management. Resistant to temperature peaks, acids, bases, vibrations, shock, pressure, weather.
RFID plate in stainless steel and aluminum, robust and clearly visible even in harsh conditions. Reading distance up to 10 meters on metal. With NXP UCODE 8.
RFID plate in stainless steel and aluminum, robust and clearly visible even in harsh conditions. Reading distance up to 10 meters on metal. With NXP UCODE 8.
All-surface Tag for logistics, transportation and yard management applications with top performance, with a read range on metal surfaces up to 18 meters.
All-surface Tag for logistics, transportation and yard management applications with top performance, with a read range on metal surfaces up to 18 meters.
The MuTRAK tag is ultra-small and easily integrates into RFID applications that require discreet placement of small, featherweight tags that offer cost-effective and sustainable performance
The MuTRAK tag is ultra-small and easily integrates into RFID applications that require discreet placement of small, featherweight tags that offer cost-effective and sustainable performance