µSIL-WAX features a modified, polyethylene oxide, hydrophilic coating made through a special cross-linking and bonding process. The coating effectively masks active silanol sites, offering exceptional efficiency, resolution, peak shape and reproducibility. The highly stable coating and near-zero…

Agilent Technologies products are intended for sale/shipment within the US only. International customers should contact their local Agilent Technologies distributor to place orders for Agilent Technologies products.

Fused-silica capillaries are the heart of CE. Pre-aligned capillaries from Agilent Technologies are designed and optimized 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…

The package contains 10 PVDF double cones for capillary connection (o.d. 0.5 mm) with knurled nuts Ordering No. 1.15545 or 1.51216.

These are capillaries with a window and 75 cm effective length and 363 µm od, fitting into any CE instrument. To cut them to the correct length we recommend using the 2714T16 CE column cutter. Agilent Technologies products are intended for sale/shipment within the US only. International…

Agilent Technologies products are intended for sale/shipment within the US only. International customers should contact their local Agilent Technologies distributor to place orders for Agilent Technologies products.

Use Agilent Technologies extended light path capillaries (“bubble” cell capillaries) 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…

The µSIL-DB coated capillaries are available as µSIL-DB-1 and µSIL-DB-17. In combination with a cellulose based buffer system, µSIL-DB coated capillaries have been widely used in cIEF applications, PCR product and DNA fragment separation and many other CE applications which require reduced EOF. …

PVA coated capillaries contain a permanently adsorbed layer of poly(vinyl alcohol). This coating minimizes hydrophobic and electrostatic solute/wall interactions and eliminates electroosmotic flow (EOF). Using a proprietary deposition process, the PVA coating is stable over a wide pH range even…

A series of coated capillaries specifically designed for CE which are prepared by cross-linking and bonding a novel, proprietary flourocarbon (FC) polymer. µSIL-FC capillaries are chemically inert, hydrophobic, and stable from pH 2.5-10.0. These capillaries are a must-have for cIEF, protein,…