Nalgene® 267461 384-Well Polypropylene Microplates without Lid, Non-Treated, Nonsterile, 58 Ul Well, Black, case/100

Lower spending when storing compounds for small volume applications by using Thermo Scientific™ Nunc™ 384-Shallow Well Standard Height Polypropylene Microplates. Polypropylene is ideal for storage plates because it has a lower binding capacity to prevent proteins or DNA binding, and allows for complete sample recovery. Withstands temperatures from −80° to +121°C. Offered in a variety of colors to allow for quick identification of storage plates.

Features:

• Rounded wells are optimized for mixing and sample recovery
• Square rounded wells minimize wicking (capillary action)
• Natural plates for storage identification or storing colorimetric assays
• White plates for luminescent assays
• Black plates for fluorescent assays
• Customized bar coding is available

Specifications:

• Barcode: Unavailable
• Bottom: U
• Certifications/Compliance: Certified RNase and DNase Free. ANSI Compliant.
• Format: 384-well
• Lid: Without Lid
• Description: 384-well Polypropylene Sample Processing & Storage Plates
• Array: 16 x 24
• Autoclavable: Autoclavable
• Packaging: 100 Cases
• Binding Type: Low binding PP
• Product Line: Nunc™
• Color: Black
• Product Type: 384-well plate
• For Use With (Equipment): ALPS5000, ALPS3000, and ALPS50V Heat Sealers, Automated Liquid Handlers, Multidrop Combi, Centrifuges, Ultralow Freezers, Liquid Handlers
• Material: Polypropylene
• Volume (Metric) Well: 55 μL
• No. of Wells: 384
• Volume (Metric) Working: 2 to 35 μL
• Sterility: Non-sterile
• Surface Treatment: Non-treated
• Well Shape: Square
• Dnase Free: Yes
• For Use With (Application): Automation Liquid Handlers, Biobanking, Genomics, Sample Prep, NGS, Sequencing, Long and Short Term Storage, Drug Discovery, Vaccine Research, PCR and qPCR sample preparation.
• Regulatory Status: For Research Use Only. Not for use in diagnostic procedures.
• RNase Free: Yes
• Fit for Purpose: Certified Quality
• Plate Size: ANSI/ SLAS Standard