Vial label B33-289-492-WT

for PCR tubesfor tubesfor centrifuge tubes

Description
The B-492 PCR tube label is supplied as a single strip containing 8 perforated labels designed to be applied to 8 PCR tubes in a rack and torn apart along the perforations. Manufactured in FreezerBondz™ Polyester, the labels are suitable for cryogenic and high-temperature laboratory workflows while providing strong adhesion on curved tube surfaces.

Key features

• Printer compatibility: BBP33, i3300, i4311, i5300
• Single label size: 9.50 mm (W) × 6.35 mm (H)
• Labels per strip: 8 (perforated)
• Material: FreezerBondz™ Polyester
• Colour: White · Finish: Gloss
• Adhesive: Permanent acrylic (aggressive, low-temperature)
• Applications: General identification, laboratory labelling (PCR tubes, Eppendorf tubes, centrifuge tubes, vials)

Key characteristics
Article number: 307018
Order reference: B33-289-492-WT
Total qty per pack: 1500 labels / box
Minimum order quantity: 1
Qty per row: 8
Brand: Brady® · Trade name: FreezerBondz™
Ribbon series (recommended): R6400
Additional information: Not recommended for use in Liquid Nitrogen if label ends must overlap (no overlapping possible)
Country of origin: Belgium

Dimensions
Width: 9.50 mm
Height: 6.35 mm
Horizontal repeat: 9.50 mm
Vertical repeat: 12.40 mm
Vial/Tube volume reference: 0.5 mL
Web width: 81.00 mm

Material characteristics
Material: FreezerBondz™ Polyester
Thickness: 0.081 mm
Environment: Freezer, cryogenic storage, hot water bath (100 °C)
Temperature range: application/service down to −196 °C up to 110 °C
Adhesive: Permanent acrylic
Surface: for smooth, curved surfaces
Resistance: Chemical-resistant, smear-resistant
Notes: See technical data sheet for full details

Printing & compatibility
Print technology: Thermal transfer
Compatible printers: BBP33, i3300, i4311, i5300
Recommended ribbon: B30-R6400

Packaging & usage
Labels per box: 1500
Packing information: PAP 22
Typical laboratory uses: PCR tubes, Eppendorf tubes, centrifuge tubes, vials
Handling note: Ensure labels are applied smoothly to curved tube surfaces; avoid overlapping for cryogenic applications