The Fingertight MicroTight Ferrule is part of the Two Piece Fingertight Fittings group. These fittings are designed specifically to connect tubing to 10-32 coned ports. This naturally colored PEEK ferrule is for a 1/32"OD.
The Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. Made of solvent resistant Tefzel® (ETFE). It has a 10-32 coned port configuration and is for a 1/16" OD Tubing
The Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. Made of solvent resistant Tefzel (ETFE), it has a 10-32 coned port configuration and is for a 1/16" OD Tubing
The Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. Made of solvent resistant Tefzel (ETFE), it has a 10-32 coned port configuration and is for a 1/16" OD Tubing
The Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. It is manufactured from PCTFE giving is excellent chemical resistance and superior thread strength. It has a 10-32 coned port configuration and is for a 190µm OD Tubing
The PCTFE Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. It is manufactured from PCTFE giving is excellent chemical resistance and superior thread strength. It has a 10-32 coned port configuration and is for 360µm OD Tubing
The Fingertight Ferrule is designed specifically for use with compatible two-piece fittings. It is manufactured of biocompatible PEEK . It has a 1/4-28 coned port configuration and is for a 1/16" OD Tubing
The Conductive ferrule is ideal for electrospray applications, try the 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
The MicroFerrule is part of the MicroTight family of fittings. These fittings are designed specifically for Capillary tubing. This naturally colored, PEEK ferrule is for a 1/32"OD.
The MicroTight Ferrule is part of a family of fittings which offer a unique system consisting of three different ferrules and a female nut. It is designed to use the applicable ferrule to connect tubing to the MicroTight connectors, such as MicroTees and MicroCrosses. This ALL PEEK ferrule delivers excellent chemical resistance. It has a 5/16-24 Coned port configuration and is for a for 360µm OD. It comes in natural colour.
The MicroTight Ferrule is part of a family of fittings which offer a unique system consisting of three different ferrules and a female nut. It is designed to use the applicable ferrule to connect tubing to the MicroTight connectors, such as MicroTees and MicroCrosses. This ALL PEEK ferrule delivers excellent chemical resistance. It has a 5/16-24 Coned port configuration and is for a for 360µm OD. It comes in black.
The versatile, MicroTight Ferrule is designed for use with 0.025" tubing OD and MicroTight tubing sleeves. This unique fitting can withstand temperatures of up to 125° C. It is made from PEEK Polymer giving it excellent chemical resistance.
The SealTight Ferrule was created for the 2-Piece SealTight Fingertight Fittings. It has a slotted end which creates a second compression zone. The forward cone on the ferrule provides outstanding gripping power and a leak-free seal.
LiteTouch Ferrules are specifically designed to help prevent polymer tubing from twisting during the tightening process. The ferrule has a durable stainless steel lock ring which ensures that the it stays in place on the tubing when the fitting system is loosened from its receiving port. It is designed for 1/16"OD tubing and has a 1-32 Coned Thread Port Configuration. It comes in natural colour.
The LiteTouch MicroFerrule can be used with hard tubing like stainless steel and PEEK Tubing preventing the collapse of tubing ID. The LiteTouch PEEK ferrule has a stainless steel lock ring. It is designed for 1/32"OD tubing. This ferrule is part of a system that helps prevent the twisting of polymer tubing by gripping tubing at two compression points.
