BRADY FreezerBondz Labels for the - White, Square, 12.7mm, 10,000 Labels per Roll, Thermal Transfer, Polyester

The BRADY FreezerBondz labels are specially designed for extreme low-temperature environments, including cryogenic storage and liquid nitrogen applications. Made from durable B-490 FreezerBondz Polyester with a permanent acrylic adhesive, these labels provide reliable identification in the harshest conditions. Each roll contains 10,000 white, matte-finished square labels measuring 12.7 mm x 12.7 mm (0.5" x 0.5"). They are compatible with Brady thermal transfer printers and require the R6000 series ribbon for optimal print quality.

Advantages

These labels offer exceptional resistance to chemicals, smudging, freezing, and autoclaving, ensuring long-lasting readability. They can withstand temperatures from -196 °C to 110 °C, making them ideal for laboratory sample identification and freezer storage. The permanent acrylic adhesive bonds securely to a variety of surfaces, even in extreme cold.

Suitable for

• Cryogenic storage and liquid nitrogen environments
• Laboratory sample identification
• Freezer and cold storage labeling
• Autoclave and chemical exposure applications

Key specifications

• Material: Brady B-490 FreezerBondz Polyester
• Print Technology: Thermal Transfer
• Adhesive Type: Permanent Acrylic
• Label Color: White
• Label Finish: Matte
• Label Width: 12.7 mm (0.5")
• Label Height: 12.7 mm (0.5")
• Labels Per Roll: 10,000
• Core Diameter: 76.2 mm (3")
• Roll Diameter: Approximately 150 mm (5.9")
• Minimum Service Temperature: -196 °C (-320.8 °F)
• Maximum Service Temperature: 110 °C (230 °F)
• Resistance Properties: Chemical, Smudge, Freezer, Liquid Nitrogen, Autoclave
• Recommended Ribbon Series: Brady R6000 Series
• Shape: Square
• Perforations: No
• RoHS Compliance: Yes
• REACH Compliance: Yes

Recommendations

For best results, use with Brady thermal transfer printers such as i5100, i7100, BBP72, or BBP81, and pair with Brady R6000 series ribbon. These labels are engineered for extreme conditions and should not be used with direct thermal printing.