Supplier: UPCHURCH SCIENTIFIC

This micro injection port adapter assembly can be connected to 360 µm Ext.Ø capillary tubing to introduce samples. It accepts standard 22 gauge Hamilton-style injection syringe needles. The needle butts directly against the connecting tubing during injections, therefore no additional swept volume is added to the fluid pathway by this adapter.

Supplier: UPCHURCH SCIENTIFIC

Low pressure inline filters offer excellent protection for any low pressure application.

Supplier: UPCHURCH SCIENTIFIC

PEEK. Ideal for infusing samples into lab-on-a-chip devices. This product introduces only 14 nl of additional volume to the flow path. Use it to directly connect a Luer-tip syringe or other product that terminates with a standard male Luer to 360 µm ext. Ø capillary tubing without tubing sleeves. MicroTight® fittings are included.

Supplier: UPCHURCH SCIENTIFIC

Made from high quality, polyimide-clad fused silica.

Supplier: UPCHURCH SCIENTIFIC

Designed to accurately split and control the low flow stream of a single incoming supply.

Supplier: UPCHURCH SCIENTIFIC

This narrow-bore short column (2,0×20 mm) creates only a slight pressure increase with virtually no detectable theoretical plate loss when used with a 3 mm int.Ø or larger column.

Supplier: UPCHURCH SCIENTIFIC

Upchurch Scientific®, P-133, replacement flangeless ferrule, ETFE blue, 5/16-24 flat bottom port, 500 psi, for 3/16" OD tubing, ETFE

Supplier: UPCHURCH SCIENTIFIC

Note: Do not use metal fittings in plastic ports, as this can damage the port.

Supplier: UPCHURCH SCIENTIFIC

These adapters are made from PEEK or PCTFE.

Supplier: UPCHURCH SCIENTIFIC

Polymer tubing, coloured.

Supplier: UPCHURCH SCIENTIFIC

Exceptionally uniform porosity which ensures longer filtration life and consistent frit-to-frit swept volumes. These frits are biocompatible and inert to most solvents, making them ideal for bioanalytical applications. The disc rings, made of PCTFE, are slightly thicker than the frit disc, providing enhanced sealing and excellent chemical resistance.

Supplier: UPCHURCH SCIENTIFIC

Precolumn MicroFilters are specifically designed to directly connect into microbore or analytical columns.

Supplier: Thermo Fisher Scientific

Designed for use with Thermo Scientific™ microplates. Type A lids are suitable for Immulon®, Microfluor® and Microlite™ ranges.

Supplier: UPCHURCH SCIENTIFIC

Upchurch Scientific®, Replacement blades for standard polymer tubing cutter

Supplier: UPCHURCH SCIENTIFIC

PP, ETFE or PEEK. The barbed inserts of the swivel barb adapters spin freely from the threaded nut in order to prevent the tubing from twisting during installation.

Supplier: UPCHURCH SCIENTIFIC

LuerTight™ fittings are designed for connecting fluoropolymer tubing without barbs or nuts. By integrating ferrules into the Luer bodies, these fitting reliably hold tubing in place while giving the convenience of a Luer connection.

Supplier: UPCHURCH SCIENTIFIC

Designed for plumbing tubing through equipment housing. Each union has unique ³/₈-24 external threads and comes complete with a stainless steel nut and lock washer to hold it in place.

Supplier: Trajan Scientific and Medical

* Gas-tight.

Supplier: Avantor Fluid Handling

Optimize performance of your Metallic Tubing Cutter.

Supplier: UPCHURCH SCIENTIFIC

Upchurch Scientific®, P-482T, flanged fittings includes nut, ETFE natural and washer, stainless steel, 1/4-28 flat bottom port, for 1/16" OD tubing, Stainless steel

Supplier: UPCHURCH SCIENTIFIC

NanoPort™ assemblies provide consistent fluid connections for chip-based analyses, connections will bond to a variety of substrate materials with the use of Loctite™.

Supplier: UPCHURCH SCIENTIFIC

PEEKsil capillary.

Supplier: UPCHURCH SCIENTIFIC

VacuTight™ fittings provides airtight, dependable connections under vacuum and low pressure conditions. These nuts have streamlined profiles for use in systems requiring a large number of connections in a small area, the ferrules are small size ensures sufficient nut/thread engagement, even in shallow ports. Ideal for combichem, high throughput screening, clinical diagnostic and other automated liquid handling applications.

Supplier: Thermo Scientific

Increase nucleic acid sample separation by using the Thermo Scientific™ 10×5 ml rotor with ClickSeal™ biocontainment lid.

Supplier: DRUMMOND

Replacement battery for Drummond Scientific Pipet-Aid® controllers.

Supplier: UPCHURCH SCIENTIFIC

PEEK Zero Dead Volume unions: Zero Dead Volume (ZDV) unions come complete with two F-300 fingertight fittings for ¹/₁₆" Ext.Ø tubing and are pressure rated to 5000 psi (344 bar).

Supplier: UPCHURCH SCIENTIFIC

Pressure relief valves are ideal for preventing system over-pressurisation. These products protect system components by diverting fluid flow automatically when inline pressure exceeds the set limit.

Supplier: UPCHURCH SCIENTIFIC

Upchurch Scientific® LiteTouch®, LT-135, ferrule, PEEK black/stainless steel, 10-32 coned port, for 1/16" OD tubing, 10000 psi

Supplier: UPCHURCH SCIENTIFIC

Stop a flow stream quickly with these shut-off valves. The bodies are manufactured from either PEEK or ETFE. Both versions feature a PCTFE rotor, making them highly resistant to chemicals. The blue colorant used in some valve configurations has proven not to leach out with common HPLC solvents.

Supplier: UPCHURCH SCIENTIFIC

For fine control of fluid flow rates, these valves can reduce outgoing flow. These needle valves are perfect for use with peristaltic pump fluid transfer applications, mass spectrometry and fraction collection. They can also be used to regulate gas flow in helium sparging lines and as a flow-dependent variable back pressure regulator.