Colored Label Tape is useful for many labeling applications. It can be written on and will adhere to most surfaces.

Useful for many labeling applications—will adhere to most surfaces and can be written on.

Combine these waterproof, chemical resistant labels with photocopiers, laser printers or inkjet printers. Will not wrinkle, curl or melt.

All-purpose—even sticks to plastics during autoclaving.

Colored Label Tape is useful for many labeling applications. It can be written on and will adhere to most surfaces.

Colored Label Tape is useful for many labeling applications. It can be written on and will adhere to most surfaces.

Intended uses of cryostorage with liquid nitrogen, refrigeration and ultra-low temperature freezer applications. Comes in an easy-to-use dispenser box with 20 sheets per pack.

Instrument marking tape for easy identification and color coding items. Even sticks to PTFE.

Sticks to glass, plastic, paper and wood.

Colored Label Tape is useful for many labeling applications. It can be written on and will adhere to most surfaces.

Create labels that identify a chemical and its properties using the Thermo Scientific™ Nalgene™ Polyolefin Right-To-Know Custom Labeling System.

Intended uses: cryostorage with liquid nitrogen, refrigeration and ultra-low temperature freezer applications.

White, textured surface may be stamped or written on.

For shipping infectious substances and diagnostic specimens

Ideal for taping down bench protectors to delineate hazardous areas.

Use these white labels on a variety of surfaces. Fisherbrand™ Self-Adhesive Labels are removable and pressure sensitive. Ideal for a wide range of labeling applications.

Wire and Cable Identification BBP33 Labels: One per Row are made of self-laminating vinyl or nylon cloth, which are excellent materials for wire and cable identification.

Thermal Transfer Conical Vial Labels are made of self-laminating polyester (B-461), a clear film with a matte white printable zone ideal for cables, laboratory ID or general labeling where graphics need to be protected.

Durable Freezerbondz™ Polyester (B-492) markers are designed for laboratory identification applications such as vials, centrifuge, tubes, test tubes, straws and slides.

Self-laminating Polyester Laboratory Labels (B-461) is a clear film with a matte white printable zone ideal for cables, laboratory ID or general labeling where graphics need to be protected.

General and Industrial BBP33 Labels: One per Row are available in a variety of material and sizes. Nylon Cloth, polypropylene or Permanent Rubber wrap-around labels are highly pliable to conform to tightly curved surfaces such as wire and cable.

Designed to meet the rigors of laboratory applications, Brady’s B-488 material excels at resisting chemicals, oils, alcohols, and heat. Due to its inherent properties, this polyester can also be used for asset tracking, datacom identification, barcode labeling, and more.

Self-laminating Cryogenic Polyester Labels for 1 to 8 mL vials.

Thermal Transfer Bottle Labels are available in Self-Laminating Vinyl or Tamper-Resistant material that is ideal for wire and cable identification.

Securely mark lab samples on smooth flat surfaces in challenging environments like liquid nitrogen and freezers with B-490 FreezerBondz™ Cryogenic Matte Polyester Labels.

Thermal Transfer Tube and Vial Top Label Set are Nylon Cloth (B-499) wrap-around labels that are highly pliable to conform to tightly curved surfaces, such as wire and cable.

Made of durable Freezerbondz™ Polyester (B-492). FreezerBondz Thermal Transfer Printer Labels are designed for laboratory identification applications such as vials, centrifuge, tubes, test tubes, straws and slides.

Thermal Transfer Vial, Centrifuge or Eppendorf Tube™ Labels are made of printable, nylon cloth and self-laminating polyester for thermal transfer printers.

Self-laminating vinyl thermal transfer labels.

High adhesion and high pliability are the hallmarks of Brady’s nylon cloth (B-499) label material designed to meet a broad array of identification requirements from control panels to liquid nitrogen environments.