Freezerbondz Thermal Transfer Printer Labels - 1" Core - THT-156-492-1.5-SC - BRADY
 

Freezerbondz™ Thermal Transfer Printer Labels - 1" Core - # THT-156-492-1.5-SC

Size: 1.900" W x 1.000" H (48.260 mm W x 25.400 mm H)
Material: FreezerBondz™ II Polyester
QTY/UOM: 1500/Roll
Catalog #: THT-156-492-1.5-SC
Product #: 114287
$224.54 MSRP ($US)

Description for Freezerbondz™ Thermal Transfer Printer Labels - 1" Core

Freezerbondz™ thermal transfer printable labels can be applied to frozen surfaces including glass and polypropylene stored in liquid nitrogen. These labels offer excellent print smudge resistance, solvent resistance when using the R6400 Ribbon, and excellent low temperature performance. Labels perform well in common laboratory environments such as liquid nitrogen and autoclave applications.
These labels are on a 1" core, a 'smaller core' than the majority of our materials. The recommended printer for these small core parts is the BBP11-34L printer.

Specification Of Freezerbondz™ Thermal Transfer Printer Labels - 1" Core

Application(s): General Identification, Laboratory Identification
Size: 1.900" W x 1.000" H (48.260 mm W x 25.400 mm H)
Printable Area: 1.900" W x 1.000" H (48.260 mm W x 25.400 mm H)
Label Type/Style: Label
Color: White
Finish: Matte
Qty Per Row: 1
Material Type: Polyester
Material Description: FreezerBondz™ II Polyester
Brady Material #: B-492
Core Inside Diameter: 1.000"
Recommended Ribbon Series: R6400
Suggested Ribbon Part#: R6413
Acceptable Ribbon Series: R4300
Printer Compatibility: BBP11, Brady 1244, Brady 1344
Special Properties: 1" Core
QTY/UOM: 1500/Roll
QUESTIONS OR COMMENTS
 

Brady identifies and protects products, people, and premises with high performance labels, industrial label printers, software, safety & facility identification, spill control, Lockout Tagout solutions and more. Brady helps you create and maintain safer work environments and comply with regulatory standards. Our high-performance materials clearly identify products, components and other assets, even in the most extreme conditions.