Kapilláris elektroforézis rendszerek

Supplier: MICROSOLV

Creates a perfect detection window. Removes the polyimide coating from 365 µm OD capillaries for detection by UV and LIF.

Supplier: EKSIGENT

The Carbohydrate Labeling and Analysis Kit is designed for use on the PA 800 plus and contains the reagents, buffers, and capillaries required to label, separate, and quantify oligosaccharides and monosaccharides released from glycoproteins.

Supplier: EKSIGENT

Standalone acid (100 ml 0,1 N HCl).

Supplier: AGILENT HEWLETT PACKARD

Universal Bare Fused-Silica Capillaries have a window, 750 mm effective length and 363 μm Ext.Ø, fitting into any CE instrument.

Supplier: AGILENT HEWLETT PACKARD

µSIL-WAX capillaries with windows, featuring a modified, polyethylene oxide, hydrophilic coating.

Supplier: AGILENT HEWLETT PACKARD

Capillary electrochromatography is a hybrid of CE and LC and can be performed in the Agilent CE system. Using CE capillaries packed with LC stationary phases, CEC offers the loadability and selectivity of LC and the high efficiency of CE.

Supplier: AGILENT HEWLETT PACKARD

Capillary electrophoresis system (CE), accessory, Spare part, Glass filter, solvent inlet, 20 μm

Supplier: AGILENT HEWLETT PACKARD

These fused silica capillaries are designed to analyte mixtures are separated and the components detected via UV-Vis absorption, allowing preliminary identification based on peak elution time and UV-Vis spectra or both, when compared to a standard.

Supplier: AGILENT HEWLETT PACKARD

PVA coated capillaries contain a permanently adsorbed layer of polyvinyl alcohol. This coating minimises hydrophobic and electrostatic solute/wall interactions and eliminates electroosmotic flow (EOF). Using a proprietary deposition process, the PVA coating is stable over a wide pHrange, even under basic conditions from 2,5 to 9,5. This stability allows the use of many common CE buffers. Because the silica surface is covered, many proteins and amines can be analysed without the peak tailing found with uncoated capillaries. In addition, since EOF is eliminated, cumbersome washing procedures are unnecessary and migration time reproducibility may be improved.

Supplier: AGILENT HEWLETT PACKARD

CE/MS sprayer kit and CE/MS adapter kit to couple an Agilent CE instrument with an MS system.

Supplier: AGILENT HEWLETT PACKARD

Pre-aligned fused-silica capillaries from Agilent Technologies are designed and optimised for ease of use and reliability. All capillary ends are cut to a smooth, mirror-like finish. In addition, the polyimide outer coating is removed from the ends. These processes ensure minimal sample adsorption and help maintain sharp peak shapes. All capillaries have a pre-made detection 'window' and a built-in alignment stopper that allows rapid and precise insertion in the alignment interface.

Supplier: AGILENT HEWLETT PACKARD

CEP coated capillaries contain a permanently bonded polymer coating. This CEP coating shields the silanol functionality of the capillary surface and helps prevent sample adsorption. Additionally, EOF is nearly eliminated, making the capillary ideal for applications such as DNA separations with sieving polymer buffers.

Supplier: AGILENT HEWLETT PACKARD

Alignment interfaces are an integral part of the Agilent diode-array detection (DAD) system. These interfaces contain optical slits which are precisely matched to the capillary inner diameter for optimised sensitivity and linear detection range.

Supplier: AGILENT HEWLETT PACKARD

Agilent Technologies extended light path capillaries ('bubble' cell capillaries) can be used to improve sensitivity 3- to 5-fold over standard capillaries. With extended light path capillaries, the inner diameter is increased only at the detection window, offering the sensitivity of a wide inner diameter capillary and the low current generation of a narrow one.

Supplier: AGILENT HEWLETT PACKARD

A series of coated capillaries specifically designed for CE, which are prepared by cross-linking and bonding a novel, proprietary fluorocarbon (FC) polymer. μSIL-FC capillaries are chemically inert, hydrophobic, and stable from pH 2,5 to 10.