Bottle and Tube Labels
Enterprise Technology Solutions Permanent Id Labels
Permanent Id Labels W/ Sure Feed Technology Inkjet/laser Printers 2 X 2 63 White 15/sheet 15 Sheets/pack
Enterprise Technology Solutions Removable Multi-Use Labels
Removable Multi-Use Labels Handwrite Only 0 63 X 0 88 White 30/sheet 35 Sheets/pack (5424)
Enterprise Technology Solutions Laser ID Labels White
Permanent Laser Print-to-the-Edge ID Labels w/SureFeed 1 66 dia White 600/PK
Enterprise Technology Solutions Round Print-To-The Edge Labels
Round Print-to-the Edge Labels with SureFeed and EasyPeel 2 dia Matte White 300/Pack
Enterprise Technology Solutions Removable Multi-Use Labels
Removable Multi-Use Labels Inkjet/laser Printers 3 X 4 White 2/sheet 40 Sheets/pack (5453)
Enterprise Technology Solutions Key Tags With Split Ring
Key Tags with Split Ring 1 25 dia White 50/Pack
Enterprise Technology Solutions Permanent ID Labels White
Durable Permanent Id Labels With Trueblock Technology Laser Printers 0 63 X 3 White 32/sheet 50 Sheets/pack
GA International Cryogenic Barcode Labels for Liquid Nitrogen Storage 3" x 1.25" / 76.2mm x 31.8mm Rectangle White From -196°C to +110°C (-321°F to +230°F)
NitroTAG labels are available in a range of sizes and configurations, perfect for identifying small-diameter cryo vials, microtubes and tube tops, cardboard or polypropylene cryo/freezer boxes, cell culture plates, and plastic bags.These thermal-transfer cryogenic labels have a strong permanent adhesive that will remain firmly and permanently attached in ultra-low temperatures. They are designed for long-term cryo-preservation under cryogenic laboratory conditions, including in liquid and vapor phase liquid nitrogen (-196°C/-321°F), freezers (-80°C/-112°F), and dry ice transportation.NitroTAG labels require zero cure time and can be immersed in liquid nitrogen immediately after application without the need for additional tape or lamination. Additionally, these labels are waterproof, weatherproof, and durable. NitroTAG labels will adhere to wet surfaces, resist multiple freeze-thaw cycles, and can withstand elevated temperatures up to +110°C.They are also resistant to spraying wi
GA International Cryogenic Color Dots for Tops of 0.5 mL & 1.5 mL Microtubes 0.354" / 9mm Circle Beige 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. Specially designed to comfortably fit 0.5 ml, 0.6 ml, and 1.5 ml Eppendorf tube caps and microtubes, these 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 Barcode Labels for Liquid Nitrogen Storage 1.5" x 1.125" / 38.1mm x 28.6mm Rectangle White From -196°C to +110°C (-321°F to +230°F)
NitroTAG labels are available in a range of sizes and configurations, perfect for identifying small-diameter cryo vials, microtubes and tube tops, cardboard or polypropylene cryo/freezer boxes, cell culture plates, and plastic bags.These thermal-transfer cryogenic labels have a strong permanent adhesive that will remain firmly and permanently attached in ultra-low temperatures. They are designed for long-term cryo-preservation under cryogenic laboratory conditions, including in liquid and vapor phase liquid nitrogen (-196°C/-321°F), freezers (-80°C/-112°F), and dry ice transportation.NitroTAG labels require zero cure time and can be immersed in liquid nitrogen immediately after application without the need for additional tape or lamination. Additionally, these labels are waterproof, weatherproof, and durable. NitroTAG labels will adhere to wet surfaces, resist multiple freeze-thaw cycles, and can withstand elevated temperatures up to +110°C.They are also resistant to spraying wi
GA International Cryogenic Thermal-Transfer Labels for Frozen Vials & Tubes 1.25" x 0.75" + 0.5" (wrap) / 31.8mm x 19.1mm + 12.7mm (wrap) Rectangle White + Transparent From -196°C to +120°C (-320.8°F to +248°F)
Cryogenic labels, with a clear overlap area, designed to be applied directly, and rapidly adhere to frozen plastic, and glass cryovials and tubes, which are difficult to label under deep-freeze conditions (-80°C/-112°F). Designed for long-term preservation in liquid nitrogen (-196°C/-321°F), -80°C (-112°F) freezers and dry ice transportation, and can withstand temperatures up to +120°C (248°F). Labels can be printed with all common brands of thermal transfer printers to obtain a sharp, smudge-proof printout that is also resistant to most common laboratory chemicals and detergents. They can also be written on with our cryo-markers. On vials and tubes, it is recommended that these CryoSTUCK labels are applied with an overlap of at least 0.25” to ensure proper adherence to the frozen surface.
GA International Cryogenic Thermal-Transfer Labels for Metal Racks 2" x 1" / 50.8mm x 25.4mm Rectangle Moka From -196°C to +100°C (-320.8°F to +212°F)
Cryogenic labels for identification of metal surfaces in liquid nitrogen Dewars, such as aluminum cryogenic vial canes, metal racks for cryo and freezer boxes, as well as aluminum cassettes and metal sleeves. Specifically designed for easy marking and identification inside Dewar-type liquid-nitrogen tanks and laboratory freezers. These specialty labels are made from a cryogenic material that has been tested and approved for applying to stainless steel and aluminum with subsequent immersion and storage inside liquid phase and vapor phase liquid nitrogen. These MetaliTAG™ cryo labels can be printed with all major brands of thermal-transfer printers and can be provided in different colors and configurations upon request.
GA International Cryogenic Cover-Up Labels for Frozen Vials & Tubes 2" x 1" + 0.5" (wrap) / 50.8mm x 25.4mm + 12.7mm (wrap) Rectangle White + Transparent From -196°C to +100°C (-320.8°F to +212°F)
Blackout CryoSTUCK labels are designed for applying to already frozen vials and tubes and serve to conceal existing information. Ideal for re-labeling of frozen vials when removal of the existing label is not possible. These labels will completely obscure the existing label and block-out the information underneath. The re-labeled frozen vials can be stored back inside liquid nitrogen (-196°C/-321°F) or a freezer for long-term preservation. On vials and tubes, it is recommended that CryoSTUCK labels are applied with an overlap of at least 0.25" to ensure proper adherence to the frozen surface.Prior testing of these labels on end user's vials/tubes and that they are applied with an overlap of at least 0.25" for proper adherence is recommended.
GA International Removable Cryogenic Labels for Laser Printers 4" x 2" / 101.6mm x 50.8mm Rectangle Yellow 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.
GA International Removable Cryogenic Labels for Laser Printers 4" x 3.33" / 101.6mm x 84.6mm Rectangle Red 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.