Overview

Modular NFC on‐metal label for high volume applications to any surface material, including metal.

• Modular NFC on‐metal label for high volume applications to any surface material, including metal.
• Polyester tag face material, with chip bonded to aluminium antenna using anisotropic conductive film adhesive, suitable for thermal transfer printing, including RFID encoding.
• Labels are outside wound and 100% inspected, 500 good RFID labels per roll with bad tags marked.

Specifications

Key Characteristics

Key Characteristics	Article Number	309086
	Order Reference	THT-NFC-PET-25x25
	Total Qty per Pack	500 Label(s) / Roll
	Minimum Order Quanitity	1
	QTY. per Row	1
	Application(s)	Asset tracking, Food and Beverage Process labelling, Healthcare and Hospital labelling, Laboratory labelling, RFID labelling
	Quantity	500
	Brand	Brady®
	Qty per Roll	500
	Ribbon Series	R7961
	Country of Origin	Belgium
	Country of Origin (SAP)	BE

Dimensions

Dimensions	Size - Width (mm)	25.00 mm
	Size - Height (mm)	25.00 mm
	Vertical Repeat (mm)	57.15 mm
	Web Width (mm)	35.00 mm
	Dimensions	25.00 mm (W) x 25.00 mm (H)

Material Characteristics

Material Characteristics	Brady Material Type	Polyethylene
	Material Properties	RFID-enabled
	Thickness (mm)	0.450 mm
	Colour	White
	Application Area	Off-metal (carton, wood, plastic, glass, etc.), On-metal
	Max. Service Temp. °C	120 °C
	Min. Service Temp. °C	-80 °C
	Adhesive	Permanent Acrylic

Product Features

Product Features	Integrated Circuit Chip	NXP NTAG213
	Operating Frequency	13.56 MHz
	Read Range (metric)	Up to 2.0 centimetres
	Frequency Type	NFC
	Operating Temperature	-35°C - 85°C
	Supported Standards (Application)	ISO/IEC 14443A

Printing Specifications

Printing Specifications	Print Technology	Thermal Transfer

Compatibility

Compatibility	Printer Compatibility	Sato CL4NX Plus

Compliance

Compliance	UNSPSC	55121612
	RoHS Compliance Status	Compliant with Directive 2011/65/EU and 2015/863
	REACH SVHC Status	Part does not contain an SVHC
	REACH Candidate List Date	17 January 2023

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