Label Tapes
Research Products International Corp RPI Color Coded Multi-Purpose Laboratory Tape, 1 Inch Core, 1 Inch Wide, 500 Inches per Roll, Yellow
Laboratory tape adheres to any clean dry surface including glass, plastic, metal, paper, or rubber and removes without leaving a sticky residue. Can be marked with pencil, pen or solvent ink markers. Tape adhesive is oilproof, waterproof and acid resistant.
Research Products International Corp RPI Color Coded Multi-Purpose Laboratory Tape, 3 Inch Core, 1/2 Inch Wide, 2,160 Inches per Roll, Green
Laboratory tape adheres to any clean dry surface including glass, plastic, metal, paper, or rubber and removes without leaving a sticky residue. Can be marked with pencil, pen or solvent ink markers. Tape adhesive is oil proof, waterproof and acid resistant.
Research Products International Corp RPI Color Coded Multi-Purpose Laboratory Tape, 1 Inch Core, 1 Inch Wide, 500 Inches per Roll, Orange
Laboratory tape adheres to any clean dry surface including glass, plastic, metal, paper, or rubber and removes without leaving a sticky residue. Can be marked with pencil, pen or solvent ink markers. Tape adhesive is oilproof, waterproof and acid resistant.
Sklar Instruments Sterilization Sklar Microscopy Surgical 1/EA
Sterilization Sklar Microscopy Surgical 1/EA
GA International Cryogenic Labels for Direct Thermal Barcode Printers 2.5" x 1" / 63.5mm x 25.4mm Rectangle White From -196°C to +93°C (-321°F to +199°F)
These cryogenic barcode labels are specially designed for printing with direct thermal printers. The 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. These labels have a strong affinity for glass, polypropylene, polyethylene, and other plastic surfaces. The cryogenic labels will remain adhered to tubes through multiple freeze-thaw cycles without cracking or peeling off. These direct thermal cryogenic labels are compatible with most cryogenic storage systems without any hindrance or risk of being scraped off. These labels do not require a self-laminate to work.
GA International Cryogenic Labels for Direct Thermal Barcode Printers 4" x 1.375" / 101.6mm x 34.9mm Rectangle Green Apple From -196°C to +93°C (-321°F to +199°F)
These cryogenic barcode labels are specially designed for printing with direct thermal printers. The 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. These labels have a strong affinity for glass, polypropylene, polyethylene, and other plastic surfaces. The cryogenic labels will remain adhered to tubes through multiple freeze-thaw cycles without cracking or peeling off. These direct thermal cryogenic labels are compatible with most cryogenic storage systems without any hindrance or risk of being scraped off. These labels do not require a self-laminate to work.
GA International Writable Cryogenic Labels 0.35" / 9mm Circle Lavender From -196°C to +110°C (-321°F to +230°F)
These small-diameter, waterproof, round cryo labels are designed for microtube tops, enabling clear identification of samples stored in low-temperature environments. Writable and compatible with cryogenic markers, they feature a strong adhesive ideal for -80°C freezers, dry ice, and liquid nitrogen*. Supplied in a roll within a convenient dispenser box for smooth dispensing and a clean, organized lab bench. Available in a wide range of colors for efficient color-coding and quick sample identification.* Use in liquid nitrogen is subject to prior verification of compatibility between the labels and the intended vial cap material.
GA International DYMO-Compatible Paper Labels 0.5" / 12.7mm Circle Blue Ambient temperature
DYMO compatible paper labels for general use applications and laboratory organization. Ideal for office use on file folders, boxes, and shipping containers. Not suitable for deep-freeze applications.
GA International Cryogenic Labels for the Identification of IVF Straws 1.375" x 0.875" / 34.9mm x 22.2mm Rectangle White tab From -196°C to +80°C (-321°F to +176°F)
Self-laminating cryogenic labels for 0.25 ml and 0.5 ml IVF straws used in assisted reproductive technology (ART) clinics and laboratories, as well as animal breeding and biotechnology companies. Designed for short and long-term cryo-preservation under cryogenic laboratory conditions, including liquid and vapor phase liquid nitrogen (-196°C/-321°F), -80°C (-112°F) freezers, and dry ice transportation. Printable with thermal-transfer barcode printers for secure sample identification and traceability.Volatile Organic Compound (VOC) testing results for Cryo-StrawTAG™ labels are available and can be provided upon request in order to determine the suitability of this product for your application.
GA International Xylene and Chemical-Resistant Labels 0.9" x 0.75" / 22.9mm x 19.1mm Rectangle White From -80°C to +120°C (-112°F to +248°F)
XAL-class labels offer a reliable solution for labeling microscope slides in diagnostic and research laboratories. They are resistant to common solvents such as xylene, xylene substitutes, acetone, toluene, ethanol, and other harsh chemicals frequently used in histology/cytology laboratories. Their permanent adhesive provides exceptional durability and resistance to histological processes including dewaxing, H&E staining, and antigen retrieval procedures under high/low pH buffer conditions.The label material does not absorb stains during H&E or other common histological staining protocols, ensuring that printed information remains clean and unaffected. These labels are compatible with most thermal-transfer printers, and when used with XAR-class ink ribbons, they produce high-quality printed text and barcodes that remain legible even after exposure to chemicals and intense processes. To ensure optimal performance, avoid excessive contact of the adhesive.
