"GA"

Supplier: GA

Removable lab tape for deep-freeze storage of cryo containers, including freezer boxes, tubes, vials, plastic bags, and other items intended for long-term storage in laboratory freezers and dry ice transportation. Writable using permanent cryo markers.

Supplier: GA

Removable deep-freeze labels for vials, tubes, and freezer boxes. These thermal transfer freezer labels have a glove-friendly adhesive that ensures the labels can be easily removed without leaving any adhesive residue.

Supplier: GA

Blackout labels can be affixed to both frozen and ambient temperature containers in order to conceal their existing information. These thermal transfer cryo blackout labels allow cryo vials and tubes to be re-labeled without the need for thawing, cure time, or any other special treatment.

Supplier: GA

These permanent labels are designed for the identification of tubes, vials, boxes, and other plastic or cardboard containers stored in ultra-low temperature laboratory freezers.

Supplier: GA

Clear cryo lamination tape reinforces existing labels and protects important information against exposure to harsh chemicals, abrasion, and extreme temperatures. Ideal for identifying containers destined for long-term storage in liquid nitrogen, they can also withstand standard autoclave conditions and incubation in heated water baths.

Supplier: GA

Preprinted, and blank warning labels for the identification of equipment, containers, and material.

Supplier: GA

These micro-well plate labels are particularly useful for microbiology, genetics, and drug discovery laboratories.

Supplier: GA

Transparent tape for labelling already frozen containers under deep freeze conditions (–80 °C). This cryogenic tape can be inscribed with permanent cryogenic markers, and is ideal for identifying containers intended for long-term storage in cryogenic (–196 °C) and deep freeze (–80 °C) conditions.

Supplier: GA

Cryo-LazrTAG™ laser printable cryogenic labels are designed for the permanent identification of cryo vials and tubes, microtubes, blood collection tubes, cryo boxes, freezer boxes, cell culture plates, microplates, and other cryogenic and freezer containers.

Supplier: GA

This clear liner-less cryogenic tape for already frozen surfaces is provided with innovative GatorCUT technology, making it effortlessly hand-cuttable. Perfect for identifying frozen samples and containers without concealing their contents, ensuring they remain visible.

Supplier: GA

These labels are provided in A4 sheet format for desktop laser printers. They will withstand long-term cryo storage in liquid nitrogen and deep-freeze conditions, as well as sterilisation in steam autoclaves. Wrap-around laser labels also resist abrasion, scratching, as well as spraying and wiping with chemicals and detergents.

Supplier: GA

These thermoplastic waterproof labels are specifically designed to permanently adhere to vials, microcentrifuge tubes, microtubes, microplates, glass tubes, freezer boxes, plastic bags, and other specimen containers that will undergo long-term cryogenic and deep-freeze storage.

Supplier: GA

Permanent cryogenic laser labels for long-term storage in liquid phase and vapor phase liquid nitrogen (−196 °C), lab freezers (−80 °C), and on dry ice. Supplied in A4 sheet format for printing in standard desktop laser printers, these cryogenic labels do not jam printers and withstand UV and gamma irradiation.

Supplier: GA

These freezer grade blackout labels are designed to conceal any already existing information or labels. Can be used to re-label cryo vials, microtubes, and freezer boxes stored in ultra-low temperature freezers (−80 °C) or transported in dry ice.

Supplier: GA

These removable labels have a unique opaque design that will obscure all pre-existing information. Can be used to re-identifying slides marked with unclear, erroneous, or incomplete information, but can also be removed or repositioned without leaving behind any residue.

Supplier: GA

Thermal-transfer printable tags for the identification of high-profile PCR tubes, strips and plates, it allows PCR tubes to be labelled with far more information, in a fraction of the time.