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Brady FreezerBondz Ultra-Thin Cryogenic Polyester Vial and Tube Laboratory Labels with Ribbon for M4 M5 Printers

by Brady

Free shipping for orders above $300

Original price $63.99 - Original price $109.99
Original price
$63.99
$63.99 - $109.99
Current price $63.99
Label/Tape Size: 0.375 in Dia

Brady® B-492 FreezerBondz™ Ultra-Thin Cryogenic Polyester Labels are designed for reliable identification in extreme cold and cryogenic environments. The aggressive permanent acrylic adhesive allows labels to bond directly to pre-frozen glass, plastic and stainless steel surfaces.

  • Cryogenic Performance: Designed for cold-temperature applications and storage in liquid nitrogen.
  • Ideal for Frozen Surfaces: Suitable for vials, centrifuge samples, tubes, slides and other laboratory surfaces.
  • Strong Adhesion: Permanent acrylic adhesive provides secure bonding to smooth, curved and pre-frozen surfaces.
  • Durable Construction: Chemical- and smear-resistant FreezerBondz™ polyester provides dependable identification in demanding environments.
  • Ultra-Thin Design: Flexible 0.0032 in polyester construction is suitable for small and curved surfaces.
  • Temperature Resistant: Service temperature range from -320°F to 230°F.
  • Applications: General Identification and Laboratory Labeling.
  • Label Format: Die-cut.
  • Print Technology: Thermal Transfer.
  • Printer Compatibility: BMP41, BMP51, BMP53, M410, M510 and M511.
  • Certifications: RoHS compliant to 2011/65/EU (Pass 2015/863).
  • Product Number: 170778 
  • Material: FreezerBondz™ Polyester
  • Material Number: B-492

Thickness: 0.0032 in

Material Characteristics

Material Number: B-492
Material: FreezerBondz™ Polyester
Material Properties: Cold-temperature application, Cryogenic storage
Adhesive Type: Permanent Acrylic
Finish: Gloss
Resistance Properties: Chemical-resistant, Smear-resistant
Service Temperature Range °F: -320 °F - 230 °F
Minimum Application Temperature °F: -320 °F
Compatible Surface Types: Cold, High Surface Energy

Printing Specifications

Print Technology: Thermal Transfer

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