The vials contain virtually close to no particles any longer, which might contaminate and block your systems Closure contains ultra-low-bleed silicone septa for ultra trace analysis Products are shrink wrapped in order to assure originality, purity and transport safety.
low protein binding HPLC vials graduated marking spot open top septa closure for 2ml vials-Aijiren HPLC VialsVials, 2 mL, open-top screw cap, R.A.M.™ (9 mm) convenience kit with closures with septa, unassembled Get Price Achieving Maximum Protein and Peptide Recovery, Sensitivity, and used Aijiren Technology polypropylene vials and 96-well plates, Aijiren Technology.
Analytical Chromatography. We provide a complete range of high-quality products for accurate, brilliant results in a variety of analytical applications, including HPLC, GC, Karl Fischer titration, elemental trace analysis, classical analysis, air monitoring, food and beverage analysis, and proficiency testing. We also supply a complete range of
We offer a variety of sample storage and laboratory storage solutions including vials, tubes, bottles, bags, plates, racks, and sealing films to protect your samples and meet your lab's storage needs. We also provide tweezers and forceps, lab spatulas and spoons, and cell lifters, spreaders, and strainers for efficient sample collection.
Our portfolio includes clear glass vials for your general use and amber vial for applications involving light sensitive sample analytes. Our complete range of glass chromatography vials are made from Type 1 borosilicate glass which is compatibility with the widest range of sample matrices including acidic, neutral or alkaline pHs.
Vial Capping and Decapping Equipment (1) Autosampler Vials, Inserts, and Closures (1) Sample Vials (1) Scintillation Vials and Caps (1) Capsules and Inline Filters (1) Syringeless and Syringe Filters (1) Cell Spreaders (1) Applicators and Swabs (1) Stands and Rings (1) General Purpose Sample Bags (1) Automated Coverslippers and Accessories (1)
Extra Low Adsorption vials are a must have for MS users or when working with micromolar concentrations and/ or low sample volumes, where the surface-to-volume effects are much more pronounced. The 12x32mm 1.5mL clear and amber vials are also available with silanized glass, which is a conventional way
The QSertVial™ microsampling device contains a fused, 300 μL glass insert and is compatible with most autosamplers. Our certified center drain (CD) vials and kits feature a unique conical interior bottom ideal for micro applications. Certified Supelco ® vials, caps, and septa ensure minimal contamination and an air-tight seal. Mininert ® Valves
Aug 20, 2020 · Although there are various “low-binding” innovations available, such as 96-well plates that have been plasma treated, each individual biomolecule will have a different affinity for these surfaces so it is important to evaluate recovery and find the polypropylene vials or well plates that give the maximum recovery for the analyte of interest.
Chromatography vials are usually made of clear glass or plastic. Amber-tinted vials help protect the contents from exposure to light. Glass is preferred for its inertness, but polymers may be needed for ion chromatography to eliminate interferences. Common plastic options include: Polypropylene (PP): Translucent and heat-resistant to 135 o C
These Costar® low binding microcentrifuge tubes feature a bonded polymer technology that reduces protein and nucleic acid binding, resulting in better sample recovery. They are made of natural (uncolored) polypropylene and are certified RNase-/DNase-free. -Supplied nonsterile and are Related Products: Low Bind Microcentrifuge Tubes
Use Aijiren Tech™ Reacti-Vial™ Small Reaction Vials in the Reacti-Therm™ Heating and Stirring module. An internal cone makes small sample handling in these vials easy and convenient. The extra thick glass wall magnifies the sample, making these vials ideal for observing chemical reactions.
A low protein concentration is easy to filter. However, to avoid binding to filter media or other components, low protein binding syringe filters are required to minimize protein loss during filtration. Protein Binding Characteristics of Syringe Filters The membrane material of the syringe filter dictates how it binds protein.
Feature a bonded polymer technology that reduces protein and nucleic acid binding, resulting in a better sample recovery. Corning™ Costar™ Low Binding Plastic Microcentrifuge Tubes™ withstand forces up to 17,000 x g. Supplied nonsterile and are autoclavable. External graduations and frosted writing spot for easy sample identification.