|Name||96 Square Deep Well Plate (2.2mL, V-bottom)|
|Well number||96 Well|
|Bottom shape||Conical V shape|
|Well Identifier||Alphabetical/figure sorting|
|Sealing method||Adhesive sealing film, Heat sealable film, Silicone sealing mat|
|Relevant product||Magnet sets|
No. Product Features
Microplanes can be stored under subzero temperature from -40 to -80℃
Maximum sustainable centrifuge force 4000g
Autoclavable at 20Psi, 121℃ for 20 minutes.Great heating uniformity
Minimum residual liquid; low heavy metal content
Used high quality, imported PP material for high stability, ensuring no chemical reactions with test reagents. Compatible with DMSO and inert to water
Certified DNase/RNase and Pyrogen Free
Conformed to automatic instrument
Three options for plate sealing: adhesive seals, mat caps, and heat seals. No leakage.
Good flatness, can be transported for long distance after sealing by heat sealable film
Produced and packed in Class 100,000 clean workshop
Alphabetical sorting and cut angle mark for convenient tracking of samples
Each package has a separate article number/batch number identification, facilitating the quality tracking
High quality polypropylene (PP), good chemical resistance and heat-resistance;
With a good chemical compatibility, complete Board no bubble, no stripes, no spills, high mechanical strength,
solid bond Department;
Accommodate even larger working volumes,up to 1.2 mL or 2.2 mL storage volume per well;
Proteins and DNA will not adhere to PP, allowing for complete sample recovery.
Natural color makes it easy to locate the notch design. Use: Applicable to the identification system, HTS, master sampling and sample, mechanical sampling and automatically moved fluid system;
Applicable to the biological field, such as PCR, RIA, EIA and cell culture, etc.;
Applicable to most polar organic solvents, acid and alkaline solutions, laboratory liquid storage.
96 Deep Well Polypropylene Plates can be used for the growth of bacterial cultures or storage of compounds.
Pyramid-bottom eases sample retrieval and improves mixing within well by creating a sloshing effect rather than a vortex when agitated. Polypropylene construction offers a low binding surface to prevent samples from sticking to side walls.