Bottle and Tube Labels
GA International Cryogenic Color Dots for Tops of Microtubes 0.5" / 12.7mm Circle Blue From -196°C to +110°C (-321°F to +230°F)
These small diameter round cryo labels for microtube tops* are made with a strong adhesive ideal for -80°C freezers, dry ice, and liquid nitrogen storage. LT-series circular, waterproof, cryo dot labels have a permanent adhesive that can withstand prolonged storage inside ultra-low temperature freezers. The freezer dot labels are supplied as Hagaki sheets and are available in 15 individual colors as well as packs of 15 assorted colors for color coding and rapid identification.
GA International Cryogenic Color Dots for Tops of Microtubes 0.5" / 12.7mm Circle Lavender From -196°C to +110°C (-321°F to +230°F)
These small diameter round cryo labels for microtube tops* are made with a strong adhesive ideal for -80°C freezers, dry ice, and liquid nitrogen storage. LT-series circular, waterproof, cryo dot labels have a permanent adhesive that can withstand prolonged storage inside ultra-low temperature freezers. The freezer dot labels are supplied as Hagaki sheets and are available in 15 individual colors as well as packs of 15 assorted colors for color coding and rapid identification.
Electron Microscopy Sciences SpecTainer™ I Container Tamper Evident, 120 mL, Sterile
The Spectainer I is incorporates a unique tamper evident screw cap, ensuring sample integrety and peace of mind during transport or storage situations where someone could tamper with the specimen. The molded ridges around lid make it easy to open and close. The warning label has space for patient identification. Both containers and caps are manufactured without the use of plasticisers or mold release agents. All material used is free from latex. Containers are 95kpa compliant.
Volume: 120 mL
Sterile: Sterile
Color: Cyan
GA International Cryogenic Tape for Metal Racks 1" x 50' / 25.4mm x 15m Blue 1" / 25.4mm From -196°C to +100°C (-321°F to +212°F)
Cryogenic tape for identifying various metal containers for long-term cryogenic storage, as low as -196°C (-321°F). This cryo tape can be used to identify stainless-steel and aluminum racks, X-ray cassettes, film cans, and more. The tape should be applied at room temperature before being placed in liquid nitrogen or ultra-low temperature freezers for subsequent storage. Writable with our permanent cryo markers, this tape for metal racks can withstand storage in liquid nitrogen, transportation on dry ice, multiple freeze-thaw cycles, as well as gamma irradiation (up to 50 KGy).
GA International Cryogenic Tape for Metal Racks 1" x 50' / 25.4mm x 15m Orange 1" / 25.4mm From -196°C to +100°C (-321°F to +212°F)
Cryogenic tape for identifying various metal containers for long-term cryogenic storage, as low as -196°C (-321°F). This cryo tape can be used to identify stainless-steel and aluminum racks, X-ray cassettes, film cans, and more. The tape should be applied at room temperature before being placed in liquid nitrogen or ultra-low temperature freezers for subsequent storage. Writable with our permanent cryo markers, this tape for metal racks can withstand storage in liquid nitrogen, transportation on dry ice, multiple freeze-thaw cycles, as well as gamma irradiation (up to 50 KGy).
GA International Cryogenic Tape for Metal Racks 1" x 50' / 25.4mm x 15m Green Apple 1" / 25.4mm From -196°C to +100°C (-321°F to +212°F)
Cryogenic tape for identifying various metal containers for long-term cryogenic storage, as low as -196°C (-321°F). This cryo tape can be used to identify stainless-steel and aluminum racks, X-ray cassettes, film cans, and more. The tape should be applied at room temperature before being placed in liquid nitrogen or ultra-low temperature freezers for subsequent storage. Writable with our permanent cryo markers, this tape for metal racks can withstand storage in liquid nitrogen, transportation on dry ice, multiple freeze-thaw cycles, as well as gamma irradiation (up to 50 KGy).
GA International Thermal-Transfer Cryogenic Labels for Frozen Vials & Surfaces 2" x 0.25" / 50.8mm x 6.4mm Rectangle White From -196°C to +121°C (-321°F to +250°F)
These cryogenic labels provide an all-in-one solution for cryo storage as they firmly adhere to both ambient and already frozen* surfaces (as low as -80°C/-112°F) without the need for thawing, cure time, or any other special treatment. They maintain excellent long-term adhesion when stored under cryogenic conditions. Due to their special adhesive and conformable design, these cryo labels can be applied onto both flat and curved surfaces, ideal for identifying cryo vials, microtubes, as well as cardboard and polycarbonate storage boxes destined for long-term storage in liquid nitrogen tanks (-196°C/-321°F), ultra-low temperature freezers (-80°C) and dry ice transportation. Perfectly suited for identifying vials destined for immediate immersion in liquid nitrogen as well as labeling already frozen vials without having to thaw them first, thus preserving the biological integrity of the frozen specimens.These permanent cryo labels will also resist elevated temperatures up to +121°C/+249°
Zebra Technologies Corporation ZEBRA TECHNOLOGIES INTERNATIONAL LLC
NC3970217 CRYOCOOL 8100T LABELS TESTING
Andwin Scientific DT Cryo-Spots. 1/2" diam., 4,000/roll, Green
Direct Thermal Cryo-Tags are formatted to easily work with the Dymo Labelwriter. Quickly label your samples with sharp text, clear barcodes or a combination of both!
GA International Removable Cryogenic Labels for Laser Printers 2.64" x 0.277" / 67.1mm x 7mm Rectangle White From -196°C to +120°C (-321°F to +248°F)
Cryogenic thermoplastic laser labels with a glove-friendly removable adhesive. Ideal for long-term storage of samples in liquid nitrogen (on flat surfaces such as polycarbonate cryo boxes) and harsh deep-freeze environments (as low as -80°C; on vials, tubes, freezer boxes, microplates, and others) used in biomedical research and clinical laboratories. Cryo labels accept desktop laser printing and permanent markers. Water-resistant; wear and tear proof; do not jam printers; resistant to UV and gamma irradiation.
Electron Microscopy Sciences Cryo-Babies Laser Labels 33 mm x 13 mm, Green, 1.5 ml tubes
Labels for cryogenic storage. Ideal use 0.5 mL tubes. Temperature-resistant from -196 degree C to 150 degree C. Cryo-Babies withstand freezer temperatures down to -196 degree C (liquid and vapor phase nitrogen), boiling water baths (100 degree C), autoclaving and moderate oven temperatures (150 degree C).
Chemically inert labels resist most organic solvents and caustic agents. They adhere to most plastics, glass and metals without cracking, peeling or degrading.
Label sheets are specially top-coated to readily accept laser printing. Heat-resistant, stay-flat sheets will not jam in laser printers.
Made with a flexible, polyolefin label material and acrylic adhesive. This unique combination expands and contracts together with temperature fluctuations resulting in a strong adhesive bond.
Color: Green
Use: 1.5 ml tubes
Layout: 85 (5 across 17 down)
Research Products International Corp Cryo-Tag for Laser Printer, Blank Sheet, 8 1/2 x 11 Inches, White, 20 Sheets per Package
Cryo-Babies are designed to offer superior temperature and chemical resistance. Durable labels withstand cryogenic liquid nitrogen storage, boiling water baths, organic solvents, caustic agents and other laboratory chemicals. Cryo-Babies fit cryogenic vials and 1.5 - 2.0 ml micro-tubes. Chemically inert poly vinyl labels adhere to all polypropylene and polyethylene surfaces without cracking, peeling or degrading and accept any marking instrument.
Research Products International Corp Sidewall Tough Tags for Micro-well Plates/Petri Dishes, White, 1/4 x 1/2 Inches, 1000 per Roll
Sidewall Tough-Tags are slender pre-cut labels designed for micro-well plates, petri dishes, and other containers. Labels withstand incubation, boiling water baths, solvents and temperatures down to -20°C(Roll). Labels adhere to all types of plastic and glass surfaces. White labels accept marking from any writing instrument. Ideal size (0.25" x 1.50") to fit perfectly on the sidewall of a standard micro-well plate, petri dish and more. Allows visual identification of individual plates.