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Our all-PEEK One Piece Super Flangeless Fitting is excellent for those connections that need to be broken frequently and tubing assemblies because they swage onto the tubing. Manufactured from biocompatible PEEK, it offers superior chemical resistance. It has an 1/4-28 Flat-Bottom port configuration and is for 1/16"OD Tubing, for example P/N 0716. -
Our Tefzel (ETFE) Low Pressure Cross Assembly can handle a pressure rating 500 psi(34 bar). It is designed with convenient mounting holes. The P-635 is designed for 1/8"OD tubing. This assembly comes complete with (4) P-345 Nuts and (4) P-200N Ferrules. Brochure -
Our Tefzel (ETFE) Low Pressure Cross Assembly can handle a pressure rating 1000 psi (69 bar). It is designed with convenient mounting holes. The P-634 is designed for 1/16"OD tubing. This assembly comes complete with (4) P-245 Nuts and (4) P-200N Ferrules. Brochure -
PEEK Low Pressure Cross Assembly is strong and has a durable handling at a pressure ratings of 1000 psi (69 bar). It has excellent chemical resistance to commonly used solvents. Our Cross assembly comes equipped with conveniently placed mounting holes. It includes (4) P-335 Nuts. Brochure -
PEEK High Pressure Cross Assembly is precisely designed to withstand environmental stresses in the high pressure regions of a system. It is made from inert PEEK, which is ideal for chemical resistance. P-730 includes (4) F-300 Fingertight Fittings allowing maximum operating pressure to 3500 psi (241 bar) when used with 1/16"OD stainless steel or PEEK tubing. Brochure -
PEEK High Pressure Cross Assembly is precisely designed to withstand environmental stresses in the high pressure regions of a system. It is made from inert PEEK, which is ideal for chemical resistance. It includes (4) F-301 Fingertight Fittings allowing maximum operating pressure to 3500 psi (241 bar) when used with 1/16"OD stainless steel or PEEK tubing. Brochure -
PEEK Low Pressure Cross Assembly is strong and has a durable handling a pressure ratings of 1000 psi (69 bar). It has excellent chemical resistance to commonly used solvents. Our Cross Assembly is equipped with convenient mounting holes. This assembly comes complete with (4) P-235 Nuts. Brochure -
PEEK High Pressure Cross Assembly is precisely designed to withstand environmental stresses in the high pressure regions of a system. It is made from inert PEEK, which is ideal for chemical resistance. P-729 includes (4) F-300 Fingertight Fittings allowing maximum operating pressure to 3500 psi (241 bar) when used with 1/16"OD stainless steel or PEEK tubing. Brochure -
Our Side 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
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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