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Stainless steel fittings remain the most popular fitting used on standard HPLC systems today, due to their high temperature resistance and high-pressure holding abilities.
Stainless steel fittings remain the most popular fitting used on standard HPLC systems today, due to their high temperature resistance and high-pressure holding abilities.
Our Sure-Fit™ connector gives you a perfect fit in nearly every 10-32 coned receiving port consistently for every connection. The Sure-Fit connector has a unique internal spring-tensioned mechanism that automatically self-adjusts to virtually an…
Our Sure-Fit™ connector gives you a perfect fit in nearly every 10-32 coned receiving port consistently for every connection. The Sure-Fit connector has a unique internal spring-tensioned mechanism that automatically self-adjusts to virtually any port depth while maintaining constant pressure on the 1/16 inches outer diameter tubing.
Our unique Two-Piece Fingertight Fittings feature a separate ferrule. With a two-piece design, you can replace just the ferrule instead of the entire unit, making these Fingertights more economical than the one-piece version. Use a standard knurle…
Our unique Two-Piece Fingertight Fittings feature a separate ferrule. With a two-piece design, you can replace just the ferrule instead of the entire unit, making these Fingertights more economical than the one-piece version. Use a standard knurled head fitting for traditional fingertight applications, or use a fitting with wings built into the head for extra tightening leverage.
The dual compression created by the specially designed nut and ferrule enables the SealTight Fittings system to outperform standard finger tightened fittings. The forward cone of the SealTight Ferrule provides gripping power and a leak-free seal v…
The dual compression created by the specially designed nut and ferrule enables the SealTight Fittings system to outperform standard finger tightened fittings. The forward cone of the SealTight Ferrule provides gripping power and a leak-free seal via conventional compression by the receiving port.
NanoPort Assemblies provide consistent fluid connections for chip-based analyses. Our unique design prevents adhesive contamination of the fluid path. Once attached, NanoPort connections can withstand pressures to 1,000 psi (69 bar).
NanoPort Assemblies provide consistent fluid connections for chip-based analyses. Our unique design prevents adhesive contamination of the fluid path. Once attached, NanoPort connections can withstand pressures to 1,000 psi (69 bar).
The Aqueous degassing chambers offer the highest flow rates and efficiencies available. The silicone based degassing membrane is completely non-porous providing long life that will not clog over time with excessive amounts of water coming through …
The Aqueous degassing chambers offer the highest flow rates and efficiencies available. The silicone based degassing membrane is completely non-porous providing long life that will not clog over time with excessive amounts of water coming through the vacuum side like with porous based high flow products. Couple the degassing chamber with a vacuum control system to maintain stable vacuum levels for optimal degassing efficiency.
Debubblers utilize a porous Poridex membrane to rapidly clear bubblers from locations where bubble introduction cannot be avoided. When Poridex is used as a degassing transfer line tail it can also remove dissolved gases in locations where a stand…
Debubblers utilize a porous Poridex membrane to rapidly clear bubblers from locations where bubble introduction cannot be avoided. When Poridex is used as a degassing transfer line tail it can also remove dissolved gases in locations where a standard degassing chamber won’t fit. Due to the porous nature of Poridex it can only be used with water based solutions without detergents or emulsifiers.
The Stand Alone Degassers are designed for use alongside your fluidic system. Simply plug in the unit and route your fluids through the degasser for consistent gas free fluids.
The Stand Alone Degassers are designed for use alongside your fluidic system. Simply plug in the unit and route your fluids through the degasser for consistent gas free fluids.
The Mini Degassing Chambers provide degassing with long life and the widest range of chemical compatibility by using non-porous Systec AF. Couple the degassing chamber with a vacuum control system to maintain stable vacuum levels for optimal degas…
The Mini Degassing Chambers provide degassing with long life and the widest range of chemical compatibility by using non-porous Systec AF. Couple the degassing chamber with a vacuum control system to maintain stable vacuum levels for optimal degassing efficiency.
The OEM line of degassing system products provide a complete open fame degasser ready to be integrated into your fluidic instrumentation.
The OEM line of degassing system products provide a complete open fame degasser ready to be integrated into your fluidic instrumentation.
The Preparative degassing chambers are designed for solvent HPLC based reagent compatibility and flow rates between 20-40ml/min. These chambers provide degassing with long life and the widest range of chemical compatibility by using non-porous Sys…
The Preparative degassing chambers are designed for solvent HPLC based reagent compatibility and flow rates between 20-40ml/min. These chambers provide degassing with long life and the widest range of chemical compatibility by using non-porous Systec AF. Couple the degassing chamber with a vacuum control system to maintain stable vacuum levels for optimal degassing efficiency.
The Vacuum Control Systems are designed for use with any IDEX degassing chamber. The electronics are integrated and maintain precise vacuum levels for consistent error free degassing.
The Vacuum Control Systems are designed for use with any IDEX degassing chamber. The electronics are integrated and maintain precise vacuum levels for consistent error free degassing.
Our uniquely designed Bottom-of-the-Bottle Filters effectively protect your system by filtering out particulate matter that my otherwise damage expensive hardware. Our durable stainless steel specifically designed to allow solvents to be drawn fro…
Our uniquely designed Bottom-of-the-Bottle Filters effectively protect your system by filtering out particulate matter that my otherwise damage expensive hardware. Our durable stainless steel specifically designed to allow solvents to be drawn from within 1/8 inches of the bottom of your bottle. Our UHMWPE version allows tubing to pass through to the bottom of the filter cup, enabling the filter to draw solvent from within 0.10 inches (2.5 mm) of the bottom of your solvent bottle. This widely known and durable polymer is an economical choice. Our PEEK version is biocompatible and includes two built-in PEEK frits. Our PEEK frit (2 μm or 10 μm) will draw solvents from within 0.080 inches (2.0 mm) of the bottom of the solvent bottle. The 2μm frit on the side may be used for a 1/8 inches outer diameter helium sparging line.
Our economical, replacement Filter Cups are made of durable stainless steel and are for use with Bottom-of-the-Bottle™ filter assemblies. Our easy to use cups have come with a porosity of 10µm and 2µm and are designed for use with the A-550 an…
Our economical, replacement Filter Cups are made of durable stainless steel and are for use with Bottom-of-the-Bottle™ filter assemblies. Our easy to use cups have come with a porosity of 10µm and 2µm and are designed for use with the A-550 and A-522 Filter assemblies.
Our Filter Fittings are designed to be used for different applications. Our Inline MicroFilter End-Fitting comes with a PEEK Frit. Our fitting helps to protect your column from particles produced in the sample phase or from pump seal and sample in…
Our Filter Fittings are designed to be used for different applications. Our Inline MicroFilter End-Fitting comes with a PEEK Frit. Our fitting helps to protect your column from particles produced in the sample phase or from pump seal and sample injection valve wear. Filter End Fittings are made of biocompatible PEEK giving it excellent chemical resistance.
We offer general use, preparative and specialized versions of Inlet Solvent Filters for many applications. Our filters come in stainless steel and polymer versions for excellent chemical compatibility. We provide a wide selection of porosities and…
We offer general use, preparative and specialized versions of Inlet Solvent Filters for many applications. Our filters come in stainless steel and polymer versions for excellent chemical compatibility. We provide a wide selection of porosities and materials to meet your system requirements.
Our Inline Filters are specially engineered for inline filtration. It is specifically designed to help prevent particulate contamination from clogging sensitive equipment. It is ideally suited for placement along the flow path line between the pum…
Our Inline Filters are specially engineered for inline filtration. It is specifically designed to help prevent particulate contamination from clogging sensitive equipment. It is ideally suited for placement along the flow path line between the pump and injection valve/autosampler. We offer a variety of porosities for your application.
Our Inline MicroFilters effectively protect your column from particles originating in the mobile phase or sample, or from pump seal and sample injection valve wear. We offer these filter with 100% biocompatible PEEK polymer options. It delivers a …
Our Inline MicroFilters effectively protect your column from particles originating in the mobile phase or sample, or from pump seal and sample injection valve wear. We offer these filter with 100% biocompatible PEEK polymer options. It delivers a miniscule 240nL void volume. Two versions are available; direct connect 1/32 inches outed diameter tubing or use MicroTight® tubing sleeves for 70–520μm outer diameter capillary tubing.
Mini MicroFilters deliver effective filtration with internal volumes low enough to ensure reliable chromatographic results — even at nanoliter per minute flow rates! Internal volumes of these encapsulated filters are as low as 85 nL with the mic…
Mini MicroFilters deliver effective filtration with internal volumes low enough to ensure reliable chromatographic results — even at nanoliter per minute flow rates! Internal volumes of these encapsulated filters are as low as 85 nL with the micro-screen and 10 nL to 22 nL with the frit disc option. A MiniMicro Filter provides cost effective insurance against column damage.
Our economical Precolumn Filters offer secure protection for analytical columns in HPLC and UHPLC. We offer traditional versions that can successfully connect tubing on both sides and our direct-connect versions attach to the inlet port of most st…
Our economical Precolumn Filters offer secure protection for analytical columns in HPLC and UHPLC. We offer traditional versions that can successfully connect tubing on both sides and our direct-connect versions attach to the inlet port of most standard columns. All versions feature a 10-32 coned ports for 1/16 inches outer diameter tubing.
Precolumn MicroFilters are specifically designed to directly connect into your microbore or analytical column. Total theoretical void volume is only 0.5 μL (includes frit volume) and the PEEK tubing used in the assembly of these units has a 0.005…
Precolumn MicroFilters are specifically designed to directly connect into your microbore or analytical column. Total theoretical void volume is only 0.5 μL (includes frit volume) and the PEEK tubing used in the assembly of these units has a 0.005” (125 μm) ID, virtually eliminating any mixing of the sample with the mobile phase.
Biocompatible Semi-Prep Filters consist of a stainless steel body, two PEEK end fittings, and a separate PEEK frit. These filters are ideal for many higher flow analytical, semi-prep and preparative applications. Best of all, if the filter becomes…
Biocompatible Semi-Prep Filters consist of a stainless steel body, two PEEK end fittings, and a separate PEEK frit. These filters are ideal for many higher flow analytical, semi-prep and preparative applications. Best of all, if the filter becomes clogged, simply unscrew the assembly, remove the frit and replace it. The frits are interchangeable.
Flanged Fittings are and excellent choice for making flanged tubing conntections. They are compatible with most standard 1/4-28 or M6 Flat-Bottom ports. The hard, inert Delrin® (acetal resin) nut has been optimized to resist cross threading or lo…
Flanged Fittings are and excellent choice for making flanged tubing conntections. They are compatible with most standard 1/4-28 or M6 Flat-Bottom ports. The hard, inert Delrin® (acetal resin) nut has been optimized to resist cross threading or loosening during use, while the TEFZEL™ (ETFE) nuts work well in chemically aggressive environments. Our fittings for 1/16 inches or 1/8 inches outer diameter tubing are supplied with a nut and a 316 stainless steel washer. There are multiple selections of head styles, materials, and colors to choose from.
Flangeless Fittings eliminate the need to flange tubing. This removable and reusable system provides several benefits such as providing flangeless chromatography fittings for observing mixtures and solvents. Flangeless Fittings are easy to use. Ju…
Flangeless Fittings eliminate the need to flange tubing. This removable and reusable system provides several benefits such as providing flangeless chromatography fittings for observing mixtures and solvents. Flangeless Fittings are easy to use. Just slip the nut and ferrule over the tubing and finger tighten the assembly into your receiving port. Our Flangeless Fitting require minimal downtime because component replacement is quick, taking only a few seconds. Flangeless Fittings systems typically require only one new ferrule at minimal cost when repairing a connection.
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