13.56MHz High Frequency RFID Crystal Epoxy Tag for Event Ticketing

Shot Description:

13.56MHz High Frequency RFID Crystal Epoxy Tag for Event Ticketing The Epoxy durable tag designed to resists moisture, oils, petroleum and will tolerate mechanical vibration and shock. Will withstand exposure to temperatures from -20° to 75° C. Reliable tag for demanding applications such as repeated autoclaving in medical applications, and plastic injection molding processes for permanent embedding into industrial components, equipment or containers. The Epoxy tag allow data to…

Description:

The Epoxy durable tag designed to resists moisture, oils, petroleum and will tolerate mechanical vibration and shock. Will withstand exposure to temperatures from -20° to 75° C. Reliable tag for demanding applications such as repeated autoclaving in medical applications, and plastic injection molding processes for permanent embedding into industrial components, equipment or containers.

The Epoxy tag allow data to be read and written from several meters when mounted to any wood or plastic asset, such as containers. The housing can be securely attached with industrial adhesives or screwed into place via pre-drilled holes.
These tag is compliant with ISO14443A readers and modules, and broadband capable for worldwide operations.
• Frequency: HF (13.56 MHz)
• Housing: Epoxy coating
• Memory: 1K byte
• Standards: ISO14443A
• Environmental Resistance: Water IP69K, Fuel B, mineral oil, petroleum, salt mist, vegetable oil
• Mounting: Screw-on
• Sizes: 20*45 mm
• Operating Temp.: -20°C to +75°C
• Read Distance: up to 10cm

Physical Parameter
Products		RFID Epoxy Tags
Material		PVC+Epoxy Resins
Size		20*45mm
Printing		CMYK Offset Printing
Craft		Card Surface: Glossy
		Serial Number
		Chip Encoding
		Separate Polybag Packing etc
Technical Specification
Operating Frequency		13.56Mhz
Operating Mode		Contactless
Reading Distance		1~10cm (Depend on the chip,working environment and reader)
Data Retention		More than 10 years
Operating Life		Can be read and encoding more than 100,000 times