In the bustling environment of a laboratory, where temperatures can plummet to chilling lows or soar to scorching highs, ensuring that your labels remain intact and legible is paramount. Whether you're labelling laboratory tubes, slides, or tissue cassettes, selecting the appropriate label material can make all the difference in maintaining clear and durable identification.
At Brady, we offer a range of innovative labelling materials designed to withstand the challenges of laboratory environments while providing clear and reliable identification. In this blog, we will explore our range from Self-Laminating Cryogenic Polyester to Chemical and Temperature Resistant Polypropylene.
Surviving Cryogenic Cold Temperatures
B-461 Self-Laminating Cryogenic Polyester
For labelling laboratory tubes and vials in cryogenic temperatures B-461 offers excellent protection for text, ensuring it remains readable even in extreme cold.
Key Features:
Cryogenic Compatibility:
With a temperature range of -196 to 110°C (-320.8 to 230°F) , B-461 labels withstand extreme cold in cryogenic environments, ensuring reliable identification.
Overlaminate Protection:
Self-laminating feature protects printed text against moisture, chemicals, and abrasion, maintaining legibility in harsh conditions.
Versatility:
Compatible with a large range of printers, including both portable & desktop models, for seamless integration into laboratory workflows.
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Chemical Resistance for Lab Slides
B-481 StainerBondz™ Microscope Slide Matte Polyester
Designed for labelling lab slides in rigorous conditions, this polyester material can endure temperatures and deal with environments where chemical exposure is frequent.
Key Features:
Chemical Resistance:
Superior resistance to harsh chemicals ensures critical information remains intact on lab slides in rigorous conditions.
Matte Finish:
Reduces glare under microscope illumination for enhanced visibility and readability of printed information.
Wide Temperature Range:
Withstands temperatures from -80 to 130°C (-112 to 266°F), suitable for diverse laboratory applications.
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Tissue Cassette Identification
B-482 StainerBondz™ Tissue Cassette Matte Polyester
A material designed specifically for the efficient identification and labelling of tissue cassettes in laboratory settings.
Key Features:
Tissue Cassette Labelling:
Specifically designed for tissue cassette labelling, ensuring efficient identification in conjunction with the BSP31 Label Attachment System.
Fluid Resistance:
With superior resistance to fluids when printed with R6400 ribbon, B-482 labels maintain clarity in environments prone to exposure.
Temperature Recommendation:
Not recommended for conditions with temperatures exceeding 35°C (95°F) and 80% relative humidity.
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Surviving Solvent Exposure
B-488 Solvent Resistant Polyester
When labels need to withstand exposure to aggressive solvents and chemicals across a range of temperatures this polyester material is the go-to choice.
Key Features:
Aggressive Solvent Resistance:
Engineered to perform in harsh solvents and chemicals, ensuring legibility in demanding applications.
Durable Construction:
Polyester material offers resilience in demanding environments, reducing the need for frequent label replacements.
Wide Temperature Range:
Withstands temperatures from -40 to 160°C (-40 to 320°F), providing versatility in temperature resistance.
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Surviving High Temperatures
B-490 FreezerBondz® Cryogenic Matte Polyester
Need labels to survive extreme temperatures on flat surfaces like straws and slides? Look no further than this durable polyester material, which can endure temperatures even in the harshest conditions.
Key Features:
Extreme Temperature Survival:
Withstands temperatures from -70 to 196°C (-94 to 384.8°F) on flat laboratory surfaces, ensuring durability in extreme cold.
Durable Adhesion:
Offers reliable adhesion on surfaces like straws and slides, maintaining clear identification in challenging conditions.
Versatile Compatibility:
Compatible with a large range of printers including desktop & portable models providing flexibility in label printing.
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Ultra-Thin Labelling for Cryogenic Temperatures
B-492 FreezerBondz® Ultra-Thin Cryogenic Polyester
For curved, frozen surfaces such as test tubes and vials, this ultra-thin polyester material is the perfect solution.
Key Features:
Ultra-Thin Design:
Ideal for curved, frozen surfaces like test tubes and vials, providing durable identification in cryogenic environments.
Cryogenic Compatibility:
Withstands temperatures from -196 to 130°C (-320.8 to 266°F) , ensuring reliable identification on challenging surfaces.
Versatile Compatibility:
Compatible with a large range of printers including desktop & portable models providing flexibility in label printing.
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Pre-printed Specimen Labels
B-494 Colour Polyester
In environments where differentiation of test specimens is crucial, the B-494 polyester material offers a reliable solution providing clear and identifiable labels for different specimens within laboratory processes.
Key Features:
Differentiation of Specimens:
Features a coloured border for easy differentiation of test specimens within laboratory processes, enhancing organisation and efficiency.
Chemical Resistance:
Superior chemical resistance ensures the durability and legibility of labels when printed with the Brady Series R6400 black thermal transfer ribbon.
Pre-Printed Options:
The vial top label is a solid colour, offering a convenient pre-printed solution for quick specimen identification.
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Surviving Cryogenic Cold Temperatures - Polypropylene Alternative
B-7425 Chemical and Temperature Resistant Polypropylene
Seeking a Polypropylene alternative to the B-461 Self-Laminating Cryogenic Polyester? Look no further than the B-7425 Chemical and Temperature Resistant Polypropylene.
Key Features:
Versatile Material:
Offers an alternative to polyester labels with excellent chemical and temperature resistance, suitable for various laboratory applications.
Polypropylene Construction:
Durable polypropylene material ensures resilience in demanding environments, maintaining clear identification over time.
Wide Temperature Range:
Withstands temperatures from -196 to 120°C (-320.8 to 248°F) , providing reliability in extreme conditions.
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Visual Indicating Labels
B-7425-AC Sterilisation Indicating Autoclave Polypropylene
B-7425-AC Sterilisation Indicating Autoclave Polypropylene is the perfect choice for a label with a visual indicator of sterilisation completion.
Key Features:
Sterilisation Indicator:
Preprinted header displays "STERILIZED" when exposed to autoclave conditions, providing a visual indicator of sterilisation completion.
Steam Sterilisation:
Specifically designed for steam sterilisation, ensuring the safety and reliability of sterilised laboratory equipment.
Polypropylene Material:
Offers durability and resistance to sterilisation processes, maintaining clear identification after autoclave cycles.
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Back to You
In summary, selecting the right label material is crucial for maintaining clear and durable identification in laboratory settings. Whether you're facing extreme temperatures, chemical exposure, or sterilisation processes, there's a label material suited to your specific needs. By choosing materials like cryogenic polyester, solvent-resistant polyester, or sterilisation-indicating polypropylene, you can ensure that your labels stand the test of time in the demanding environment of a laboratory.
