New Year Sale Thermal-transfer Wrap-around Cryo Labels – 1″ X 0.625″ + 1″ Flash Sale: 35% Off [FDwulczj]

Thermal-Transfer Wrap-Around Cryo Labels

Introducing the Cryo-WrapTAG™ Wrap-Around Cryogenic Thermal-Transfer Labels, the ideal solution for secure and durable identification of tubes and cryovials. These labels are designed to withstand extreme temperatures and harsh conditions, making them perfect for cryogenic laboratory environments. With a size of 1″ x 0.625″ + 1″ wrap, these labels provide ample space for critical information while ensuring longevity and readability.

Product Features and Specifications

The Cryo-WrapTAG™ labels are constructed from self-laminating materials, offering superior protection against alcohol, bleach, DMSO, and detergents. This ensures that your printed information remains secure and legible, even after long-term storage under cryogenic conditions. With a temperature range of -196ºC to +100ºC, these labels are suitable for use in liquid nitrogen (-196°C / -320.8°F), -80°C (-112°F) freezers, and dry ice, while also being able to withstand temperatures up to +100°C (+212°F). The labels are compatible with all major brands of thermal-transfer printers and can be written on with cryo-markers for additional identification.

Benefits and Practical Applications

The Cryo-WrapTAG™ labels offer numerous benefits for cryogenic laboratory use. Their resistance to cryogenic conditions, such as vapor phase and liquid phase liquid nitrogen, ensures that your tubes and cryovials remain properly identified throughout their storage cycle. The self-laminating design protects against abrasion and scratching, while the permanent adhesion guarantees that the labels stay in place, even on curved surfaces. Additionally, these labels are resistant to gamma irradiation, up to 50kGy, making them suitable for long-term preservation. The labels are also tamper-evident, providing a visual indication if they have been tampered with.

• Resists cryogenic conditions such as vapor phase and liquid phase liquid nitrogen
• Self-laminating, protecting information from abrasion and scratching
• Able to withstand exposure to harsh chemicals and solvents
• Permanent adhesion on curved surfaces (cryovials, microtubes)
• Resistant to gamma irradiation (tested to up to 50kGy)