Storage bottle label M6-19-494-BL

for vialsfor centrifuge tubesfor tubes

Product description
Our B-494 polyester label provides reliable sample identification and traceability for laboratory and medical applications. The colour code is printed subsurface to prevent fading, smearing or smudging; labels remain attached and legible after exposure to common lab chemicals or storage in liquid nitrogen.

Benefits

• Subsurface colour print resists extreme lab conditions including liquid nitrogen and hot water baths
• When printed with R6400 ribbon series (e.g. M61-R6410, M7-R6400) prints resist common lab solvents such as ethanol and xylene
• Suitable for cryogenic and low-temperature workflows; retains adhesion and legibility at -196 °C
• Requires a thermal transfer ribbon to print (recommended: M61-R6410)

Key Features

• Printer compatibility: BMP61, BMP71 (with media adapter), M610, M611, M710 (with media adapter)
• Dimensions (W x H): 25.40 mm x 12.70 mm
• Material: Polyester; Finish: Gloss; Colour: Blue, White
• Label properties: Chemical resistant; Low temperature; Smear-resistant
• Applications: Cold-temperature labelling; Component and equipment labelling; Laboratory samples (bottles, vials, tubes)

Material characteristics

• Article number: 173489
• Order reference / Part number: M6-17-494-BL
• Brady Material No.: B-494
• Brand: Brady®
• Total qty per pack: 500 labels / box; Qty per row: 1; Minimum order quantity: 1
• Recommended ribbon series: R6400 (e.g. M61-R6410, M7-R6400)

Technical specifications

• Printable area: 25.40 mm (W) x 9.53 mm (H)
• Vertical repeat: 15.88 mm; Web width: 33.32 mm
• Material thickness: 0.0762 mm; Adhesive: Permanent acrylic
• Print technology: Thermal transfer; SmartCell: Yes
• Environment: Freezer; Hot water bath (100 °C); Liquid nitrogen
• Service temperature range: -196 °C to 70 °C
• Typical lab uses: bottles, centrifuge tubes, vials
• UNSPSC: 55121612; RoHS: compliant with 2011/65/EU with exemptions; REACH SVHC: part does not contain an SVHC (candidate list date: 04 February 2026)