Brady Microplate Label Roll of 3000 Labels

Brady Microplate Cryogenic Thermal Transfer Labels – 2 in. x 0.25 in., Ultra-Thin Matte White Polyester, Permanent Cryo-Acrylic Adhesive, 3,000 Labels/Roll (MPN: 200x025coldlabels-1)

The Brady 200x025coldlabels-1 is a high-performance, specialized cryogenic thermal transfer label roll engineered explicitly for high-density microplate tracking, biobanking archiving, and clinical sample storage. Cut to an ultra-low profile footprint measuring 2 inches wide by 0.25 inches high (50.8 mm x 6.35 mm), these linear labels are tailored to fit perfectly along the narrow skirt perimeter or sidewalls of standard 96-well and 384-well microplates without blocking visual data windows or mechanical stacker paths. Fabricated from an ultra-thin, dimensionally stable matte white polyester film, they are backed by a permanent, aggressive cryo-acrylic adhesive that forms an unbreakable mechanical bond with polypropylene and polystyrene. This specialized formulation resists bubbling, lifting, and flagging when exposed to liquid nitrogen vapor-phase vaults and long-term deep freezer environments.

Technical Performance and Design

• Ultra-Low Profile Plate Skirt Optimization: The ultra-slim 0.25-inch height profile is mathematically optimized to snap perfectly onto standard ANSI/SLAS microplate frames, dynamic PCR arrays, and low-profile deep-well storage reservoirs without encroaching over individual top-well boundaries.

• Aggressive Cryo-Acrylic Bond: Outfitted with a high-cohesion, low-temperature acrylic adhesive layer. It is engineered to aggressively bite into high-surface-energy (HSE) plastics, ensuring that labeled plates remain perfectly indexed through severe thermal shock cycles and prolonged submersion intervals.

• Ultra-Thin Polyester Substrate Layer: Constructed from a rugged, lightweight matte white polyester core matrix. The low-profile material structure minimizes overall plate thickness profiles, ensuring labeled plate kits slide smoothly into automated microplate stackers, automated hotel racks, and high-throughput robotic gripper arms without jamming.

• High-Density Thermal Transfer Text Fusion: Engineered to deliver high-resolution text, sequential numbers, linear barcodes, and complex 2D data matrices when paired with industrial desktop thermal transfer printers and high-durability smudge-proof resin ribbons.

Product Specifications

• Catalog Number / MPN: 200x025coldlabels-1 (Also tracked under Brady Cold Storage Series)

• Manufacturer / Brand: Brady Corporation

• Label Dimensions: 2.00 inches Wide x 0.25 inches High (50.8 mm x 6.35 mm) Rectangular

• Material Composition: High-Durability Ultra-Thin Polyester with a Matte White Surface Finish

• Adhesive System Profile: Permanent Low-Temperature Cryogenic Acrylic Adhesive Backing

• Print Architecture: Standard Industrial Desktop Thermal Transfer Printing

• Thermal Endurance Horizon: Rated for absolute structural survival in vapor-phase liquid nitrogen storage (-196°C) and ultra-low mechanical mechanical freezers (-80°C)

• Standard Packaging Array: Single high-capacity roll containing 3,000 individual die-cut labels

Key Benefits and Applications

• Automated Microplate Barcoding: The premier industry-standard label layout used for barcoding high-throughput screening plates, automated ELISA decks, and cellular repository master plates.

• Genomics and Biobanking Repository Asset Logging: Designed to protect vital data tracking paths on precious nucleic acid collections, compound libraries, and serum bank plates stored in ultra-low long-term cold rooms.

• Resistance to Solvents and Alcohols: The specialized top-coated polyester finish safeguards barcodes from blurring or dissolving if splashed with common laboratory chemicals, including Isopropyl Alcohol, Ethanol, or light bleach washes.

• Application Protocols for Optimal Bonding: For reliable performance, labels should be applied directly to a clean, un-frosted, and dry microplate surface at room temperature before introducing the assembly to deep-freezer configurations.

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