P8241

Nunc^® 96 DeepWell^™ plate, non-treated

size 96 wells, U-bottom natural polypropylene wells, maximum volume 1.3 mL, non-sterile

• Synonym(s): 96 deepwell culture plate, 96 deepwell plate, Nunc 260252, cell cultivation plate, culture plate, multiwell plate
• NACRES: NB.22
• UNSPSC Code: 41122107
• Material: U-bottom natural polypropylene wells, natural polypropylene , polypropylene
• Size: 96 wells
• Sterility: non-sterile
• Binding type: non-treated surface
• Feature: lid: no

Properties

• material: U-bottom natural polypropylene wells, natural polypropylene , polypropylene
• sterility: non-sterile
• feature: lid: no
• packaging: case of 50 ea (internal packs of 5)
• manufacturer/tradename: Nunc 260252
• maximum volume: 1.3 mL
• plate L × W: 128 mm × 86 mm
• size: 96 wells
• well maximum volume: 1.3 μm
• working volume: 1 mL
• color: natural
• suitability: suitable for (sample collection, storage, combinatorial chemistry and library applications)
• binding type: non-treated surface

Description

General description

Optimize storage capacity and improve mixing using Nunc^® 1.3 and 2.0mL DeepWell™ plates with shared-wall technology. Ideal for sample collection, storage, combinatorial chemistry and library applications, and resistant to most chemicals, solvents and alcohols used in combinatorial chemistry.




The large well diameters offer ideal access and excellent mixing characteristics, and the U shaped well enhances compatibility with the magnetic bead extraction. The V shaped well bottom ensures low dead-volume and high sample recovery during extraction.




Manufactured in a cleanroom facility or clean environment to ensure molecular grade quality, polypropylene plates provides excellent solutions for sample storage and assay set-up, allowing dilutions and aliquots to be handled, stored, or transported easily. The Virgin medical grade resin passes requirements for USP <661.1> and USP <665> reports have been completed for both CapMat sealed and Heat Sealed plates.

Application

• Combinatorial chemistry and library applications

Features and Benefits

• Unique low design with shared well technology for increased well volume1.3 and 2.0 mL volume capacity
• Optimum storage capacity and improved mixing
• Round well shape reduces liquid retention
• Well cap available for safe storage – minimal protrusion into each well
• Ideal for sample collection, storage, combinatorial chemistry and library applications
• Resistant to most chemicals, solvents and alcohols used in combinatorial chemistry
• Widely used for bacterial and yeast growth
• Easy-to-use with automatic sample handling instruments
• Sealable with well caps and sealing tape

Legal Information

DeepWell is a trademark of Thermo Fisher Scientific or its subsidiaries

Nunc is a registered trademark of Thermo Fisher Scientific or its subsidiaries