Fused Silica Tubing

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Fused Silica Tubing
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  • Coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. These properties make it the tubing of choice for GC capillary applications, LC tubing, and other micro tubing requirements. It is also well suited for use in bioanalytical and…

  • Deactivated non-polar fused silica tubing can be used as transfer lines, guard columns, or retention gaps, or to make your own columns. It is ideal for use with injection solvents such as alkanes, carbon disulfide, and ethers. Other Notes: Complementary products:SyringesVialsGas Purification and…

  • Undeactivated Fused Silica Tubing

    Agilent Technologies

    Undeactivated tubing or bare fused silica is commonly used for capillary electrophoresis. It can also be used for transfer lines and other applications where inertness is not critical.

  • Fused Silica Tubing Cutters

    Agilent Technologies

    Conveniently designed, pencil-shaped tool and a ceramic wafer that allow you to make clean and easy cuts in fused silica, glass and aluminum-clad capillary columns.

  • Deactivated Fused Silica Tubing

    Agilent Technologies

    Deactivated tubing can be used as retention gaps, guard columns, or transfer lines. Our standard deactivation process is a phenyl methyl deactivation — the preferred choice for most applications due to its inertness and robustness.

  • Deactivated intermediate polar fused silica tubing can be used as transfer lines, guard columns, or retention gaps, or to make your own columns. It is ideal for use with injection solvents such as acetone, methylene chloride (dichloromethane), and toluene. Other Notes: Complementary…

  • Strength-tested Inexpensive Coiled in 7-inch diameters, banded in 5-meter sections, and mounted in a Restek cage

  • Useful as guard columns, transfer lines, or long retention gaps Inertness-tested with the Grob test mix includes test chromatogram. 5-meter banded sections mounted in a Restek cage. Maximum temperature: 325°C Note: 30- and 60-meter lengths are banded in 5-meter sections. …

  • Deactivated fused silica tubing is an essential ingredient in maintaining a high performance chromatography system. Chemically inert and thermally stable up to 380°C. Ideal for biotechnology applications. Available in 0.025 - 0.53mm ID, quality guaranteed.

  • SGE's Methyl Deactivated Fused Silica Capillary Tubing is available in a range of sizes. The tubing is chemically inert and thermally stable up to 380°C (716°F). It is ideally suited for use with capillary GC guard columns and transfer lines.

  • Polyimide Uncoated Deactivated Fused Silica Capillary Tubing comes in a standard length of 5 meters.

  • Deactivated Tubing is perfect for making guard columns and retention gaps. Use Splitters(p/n N9303448) and connectors (p/n N9302149) to attach tubing to polymide coated columns.

  • These MXT connectors can be used with fused silica tubing because of a Valcon polyimide, 1/32-inch, one-piece fused silica adaptor. This unique graphite-reinforced composite allows a capillary column to slide into the adaptor and be locked in place simply by loosening and tightening the fitting. …

  • …with conventional metal or polymer ferrule systems. PEEKsil may be used as a direct replacement for conventional stainless steel as well as a replacement for PEEK tubing used in liquid chromatography systems. The 0.36 mm OD material can be used directly in place of 0.36 mm OD fused silica tubing.

  • These MXT connectors can be used with fused silica tubing because of a Valcon polyimide, 1/32-inch, one-piece fused silica adaptor. This unique graphite-reinforced composite allows a capillary column to slide into the adaptor and be locked in place simply by loosening and tightening the fitting. …

  • Cuts fused silica tubing Produces a clean, square cut

  • Ceramic wafer is straight-edged for cutting fused silica tubing cleanly Unique, ergonomic handle is made of soft, comfortable rubber

  • Four straight scoring edges for cutting fused silica tubing and four serrated edges for cutting MXT metal capillary columns.

  • Burr free cutting of fused silica tubing Reduces likelihood of blockages Ensures square ends for "Press fit" style connectors Clean entry for on-column injection

  • …as well as impurity analyses at ppm concentrations. Restek Rt-Alumina BOND PLOT columns are manufactured on fused silica tubing; select phases are also available on metal MXT tubing. To ensure reproducible retention times and predictable flow behavior column to column, each Rt-Alumina BOND…

  • …as well as impurity analyses at ppm concentrations. Restek Rt-Alumina BOND PLOT columns are manufactured on fused silica tubing; select phases are also available on metal MXT tubing. To ensure reproducible retention times and predictable flow behavior column to column, each Rt-Alumina BOND…

  • …as well as impurity analyses at ppm concentrations. Restek Rt-Alumina BOND PLOT columns are manufactured on fused silica tubing; select phases are also available on metal MXT tubing. To ensure reproducible retention times and predictable flow behavior column to column, each Rt-Alumina BOND…

  • …as well as impurity analyses at ppm concentrations. Restek Rt-Alumina BOND PLOT columns are manufactured on fused silica tubing; select phases are also available on metal MXT tubing. To ensure reproducible retention times and predictable flow behavior column to column, each Rt-Alumina BOND…

  • …QS-, S-, and U-BOND). The process used to manufacture porous polymer PLOT columns causes the particles to adhere strongly to the walls of the tubing, so there is virtually no particle generation. You get reproducible performance from column to column, including selectivity and flow. …

  • …QS-, S-, and U-BOND). The process used to manufacture porous polymer PLOT columns causes the particles to adhere strongly to the walls of the tubing, so there is virtually no particle generation. You get reproducible performance from column to column, including selectivity and flow. …

  • …QS-, S-, and U-BOND). The process used to manufacture porous polymer PLOT columns causes the particles to adhere strongly to the walls of the tubing, so there is virtually no particle generation. You get reproducible performance from column to column, including selectivity and flow. …

  • …QS-, S-, and U-BOND). The process used to manufacture porous polymer PLOT columns causes the particles to adhere strongly to the walls of the tubing, so there is virtually no particle generation. You get reproducible performance from column to column, including selectivity and flow. Nonpolar…

  • Fused silica adaptor ferrules are made from Valcon polyimide, a unique, graphite-reinforced composite specially prepared to maximize mechanical stability at temperatures up to 350°C. The determining factor for selecting adaptor ferrule size is the fused silica tubing OD.

  • DB-1ht

    Agilent Technologies

    …Dimethylpolysiloxane Non-polar Specially processed for extended temperature limit of 400°C High temperature, polyimide-coated, fused silica tubing Excellent peak shape and faster elution times for high boilers Bonded and cross-linked Solvent rinsable Similar…

  • Quickswap Ms Interface Restrictors

    Agilent Technologies

    Agilent’s QuickSwap microfluidic switch accessory and pre-swaged fused silica tubing restrictors can increase the productivity of your Agilent 5973N and 5975 inert MSD systems, allowing you to change columns without venting the MSD. QuickSwap microfluidic switch not included. These…

  • …chemists also have developed a stable, reproducible manufacturing process, so that Rxi columns will meet your 40% longer lifetime from specially designed fused silica tubing. Columns processed for high-temperature applications, such as mineral oil. Temperature range: -60 to 400°C

  • …process, so that Rxi columns will meet your needs every time you install a new column. 40% longer lifetime from specially designed fused silica tubing. Columns processed for high-temperature applications, such as high molecular weight hydrocarbons. Temperature range: -60 to 400°C

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