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Our Column Saver Precolumn Filter delivers the protection your column system needs. Compatible with either stainless steel or PEEK tubing and delivering universal connection with all manufacturers' fittings. It is available in a single unit or in a 10 pack. -
Our Conductive ferrule is ideal for electrospray applications, try our Conductive Ferrule instead of graphite ferrules. Because of its elastomeric properties, you can reuse this ferrule through many tightening/retightening cycles - unlike most graphite ferrules. It is for 360µm OD tubing. -
Our Conical Adapter Assemblies facilitate the connection of rigid and semi-rigid walled tubing to soft-walled peristaltic tubing with a variety of inner diameters. The unique design of this adapter incorporates a two-stage nose onto which soft-walled tubing can be pressed, and the rigid-walled tubing is connected to the other end of the adapter assembly through the use of the included Super Flangeless(tm) fittings. Several options exist in this family, facilitating the connection of either 1/16" OD or 1/8" OD rigid and semi-rigid walled tubing and soft-walled tubing with an inner diameter as large as 1/8" (3.2 mm), as indicated. Brochure -
Our Conical Adapter Assemblies facilitate the connection of rigid and semi-rigid walled tubing to soft-walled peristaltic tubing with a variety of inner diameters. The unique design of this adapter incorporates a two-stage nose onto which soft-walled tubing can be pressed, and the rigid-walled tubing is connected to the other end of the adapter assembly through the use of the included Super Flangeless(tm) fittings. Several options exist in this family, facilitating the connection of either 1/16" OD or 1/8" OD rigid and semi-rigid walled tubing and soft-walled tubing with an inner diameter as large as 1/8" (3.2 mm), as indicated. Brochure -
Our Conical Adapter Assemblies facilitate the connection of rigid and semi-rigid walled tubing to soft-walled peristaltic tubing with a variety of inner diameters. The unique design of this adapter incorporates a two-stage nose onto which soft-walled tubing can be pressed, and the rigid-walled tubing is connected to the other end of the adapter assembly through the use of the included Super Flangeless(tm) fittings. Several options exist in this family, facilitating the connection of either 1/16" OD or 1/8" OD rigid and semi-rigid walled tubing and soft-walled tubing with an inner diameter as large as 1/8" (3.2 mm), as indicated. Brochure -
Our Conical Adapter Assemblies facilitate the connection of rigid and semi-rigid walled tubing to soft-walled peristaltic tubing with a variety of inner diameters. The unique design of this adapter incorporates a two-stage nose onto which soft-walled tubing can be pressed, and the rigid-walled tubing is connected to the other end of the adapter assembly through the use of the included Super Flangeless(tm) fittings. Several options exist in this family, facilitating the connection of either 1/16" OD or 1/8" OD rigid and semi-rigid walled tubing and soft-walled tubing with an inner diameter as large as 1/8" (3.2 mm), as indicated. Brochure -
Our Conical Adapter Bodies offer a great solution for connecting soft-walled tubing of varying ID to a 1/4-28 flat-bottom receiving port. They are manufactured from either Tefzel® (ETFE, for superior chemical resistance) or PEEK polymer (for mechanical strength and reliable chemical compatibility), and they feature a two-stage stem over which you can guide your soft-walled tubing to securely hold it in place. Brochure -
Our Conical Adapter Bodies offer a great solution for connecting soft-walled tubing of varying ID to a 1/4-28 flat-bottom receiving port. They are manufactured from either Tefzel(r) (ETFE, for superior chemical resistance) or PEEK polymer (for mechanical strength and reliable chemical compatibility), and they feature a two-stage stem over which you can guide your soft-walled tubing to securely hold it in place. Brochure -
Our Conical Adapter Bodies offer a great solution for connecting soft-walled tubing of varying ID to a 1/4-28 flat-bottom receiving port. They are manufactured from either Tefzel® (ETFE, for superior chemical resistance) or PEEK polymer (for mechanical strength and reliable chemical compatibility), and they feature a two-stage stem over which you can guide your soft-walled tubing to securely hold it in place. Brochure -
The Biotech knitted open tubular (KOT) reactors are made from tubing which has been knitted into a tortuous path to force the fast moving centre of the liquid stream to mix radially with the slower moving boundary liquid layer, thereby minimizing the axial dispersion. The shape of a chromatographic peak entering the reactor is thus preserved very efficiently. To ensure a stable radial mixing within the KOT, a linear flow rate of 10 cm/s or more is recommended. The KOT reactor is usually the most optimal delay element for use in analytical flow systems, and is typically inserted in the flow path to create a delay line, so that a reaction or other event that requires a certain time can take place. Example of applications: effecient mixing of two fluidic streams, delay coil in a fluidic system, on-line derivatization of a sample with UV light etc. -
Our Bottom Mount Dual-Stage Pump (DST) with Constant Performance PCB is a vacuum control system for use with IDEX film degassing chambers. The system includes a DST vacuum pump and a controller PCB that operates in two modes:- Similar to “Constant Vacuum” degasser pumps, the control system will maintain vacuum levels at a user-defined setpoint (default 120mmHg).
- The Constant Performance algorithm allows the user to set a flow rate and desired efficiency, from which the control algorithms will determine the nominal vacuum level.
With this patent pending algorithm in our Constant Performance Degassing Pump System, the user gains the following benefits:- A Means To Select A Given Efficiency Of Degassing For Any HPLC System
- Direct Link Between The Chromatographic Method Flow Rate And Optimal Vacuum Level.
- Consistent Degassing Efficiency For Flow Rates 0-10mL/Min
- Operates At Highest Possible Pressure Minimizing Solvent Loss To The Laboratory Atmosphere.
- Reduction Of Mobile Phase Concentration Changes Due To Pervaporation
- Reduced Vacuum Pump Wear Due To Lower Pump RPM
