"WATERS"

Supplier: WATERS

SymmetryShield™ columns feature Waters' patented embedded polar group technology that shields the silica's residual silanols from highly basic analytes at improves overall peak shape. Additionally, by placing the embedded polar group close to the silica surface, the activity of the surface silanols is further reduced. This imparts selectivity and retention that is different compared to the Symmetry® C18 ligand.

Supplier: WATERS

These Oasis® WAX cartridges contain the WAX sorbent, which is a polymeric reversed phase, weak anion exchange mixed mode sorbent that has been optimised for fast, simple, and highly selective sample preparation of strong acidic compounds.

Supplier: WATERS

The Envirogel™ High-Resolution GPC cleanup columns are specifically designed to remove low volatility, high molecular weight interferences such as lipids and natural resins from environmental samples as specified in EPA method 3640A.

Supplier: WATERS

The ACQUITY UPLC BEH glycan separation technology column, also known as BEH Glycan, is optimized for use with ACQUITY UPLC systems with fluorescence detection (FLR), separating the released glycans of biopharmaceuticals as their 2-aminobenzamide (2-AB) derivatives.

Supplier: WATERS

XTerra® Phenyl columns are hybrid-based, reversed phase columns that incorporate phenyl ligand functionality. These first generation columns provide superior pH stability compared to a silica-based column.

Supplier: WATERS

An universal, silica based bonded phase with ACQUITY HSS T3 sorbents which is used for the separations for polar and non-polar compounds. It is compatibility with 100% of aqueous mobile phase. It exhibit ultra-low MS bleed, scalable and transferable to HPLC separations.

Supplier: WATERS

These columns are suitable for a diverse range of analytes. With mobile phase (pH 1 to 12) and temperature (80 °C) compatibility, this trifunctionally-bonded alkyl column is a universal method development tool that can impact the retention, selectivity and sensitivity of ionisable compounds (with mobile phase pH) while delivering low- and high-pH stability for all analyte types.

Supplier: WATERS

Chromatography vial, Screw neck, external thread, 2,00 ml, Glass, Clear, Ø×H: 12×32 mm, Non sterile, Cap included: Yes, Septum: PTFE/silicone

Supplier: WATERS

The XBridge™ BEH C8 sorbent is less retentive compared to the XBridge™ BEH C18 sorbent. The trifunctionally bonded sorbent offers the widest usable pH range (1 to 12), superior low pH stability and ultra-low column bleed.

Supplier: WATERS

The combination of hydrophobic and silanophilic mechanisms make Resolve® C18 packings highly retentive for polar and non-polar compounds. Resolve® C18 packages are commonly used for agricultural, industrial, chemical and pharmaceutical applications where very retentive surfaces are needed to adsorb polar compounds.

Supplier: WATERS

Nova-Pak® C18 columns are general purpose, silica based, reversed phase C18 columns that are based on 4 µm particle technology.

Supplier: WATERS

Oasis® HLB cartridges contain the Oasis® HLB sorbent, which is a universal polymeric reversed phase sorbent that was developed for the extraction of a wide range of acidic, basic, and neutral compounds from various matrices using a simple, generic protocol.

Supplier: WATERS

Dark blue PE screw cap with bonded slit septum for 12×32 mm vials.

Supplier: WATERS

Silica-based bonded phase with strong hydrophobicity used to adsorb analytes of even weak hydrophobicity from aqueous solutions.

Supplier: WATERS

Spherisorb® is a porous, spherical material with a range of narrow particle and pore size distribution resulting in very efficient chromatographic separations. These columns have industry standard, fixed end-fittings and are available in three particle sizes. For guard columns, use corresponding Spherisorb® guard cartridge with stand-alone holder listed under “Fittings and Accessories'”

Supplier: WATERS

These columns are based on 4 µm silica-based particle technology. The phenyl ligand is used to achieve unique compound selectivity with reversed-phase applications.