Alkaline Resistant RDE/RRDE Cell / Alkaline Resistant RDE/RRDE Cell

ALK-R-CELL-1

• the cell is machined from a solid piece of PTFE, eliminating the chance for leaking and contamination commonly experienced with press-fit designs
• the OpenTop lid design allows the user to easily gain access inside the cell for cleaning between experiments
• the cell pairs well with the Pine Research MSR Rotator and can be used with stationary electrodes as well

Screen-Printed Electrode Cell Full Kit / Screen-Printed Electrode Cell Full Kit

CVC-FULL

• 10 pack of Carbon Screen-Printed Electrodes (2 mm OD working electrode, PET substrate)
• 10 pack of Carbon Screen-Printed Electrodes (4 mm x 5 mm working electrode, PET substrate)
• 6 pack of Gold Screen-Printed Working and Counter Electrodes (2 mm OD working electrode, ceramic substrate)
• 6 pack of Platinum Screen-Printed Working and Counter Electrodes (2 mm OD working electrode, ceramic substrate)

Screen-Printed Electrode Cell Starter Kit / Screen-Printed Electrode Cell Starter Kit

AKSPEKIT

• Cost-effective to implement as compared to traditional electrodes and cells
• Ideal for educational laboratory use
• Often used for biosensor development and working in a glove box
• Carbon SPEs disposable - use for one experiment/lab/day and toss
• Pt and Au SPEs reusable - clean electrochemically between experiments

Screen-Printed Electrode Cell Low Volume Kit / Screen-Printed Electrode Cell Low Volume Kit

CVC-LOW

• Cost-effective to implement as compared to traditional electrodes and cells
• Ideal for educational laboratory use
• Carbon SPEs disposable - use for one experiment/lab/day and toss
• Pt and Au SPEs reusable - clean electrochemically between experiments
• Compatible with ANY potentiostat via our Universal Specialty Cell Connection Kit (included)
• Only 1-2 mL volume needed to perform electrochemistry

Screen-Printed Electrode Cell Grip Mount / Screen-Printed Electrode Cell Grip Mount

AKSPEGRP1

This grip mount features an edge card connector mounted on a printed circuit board along with two mini-B USB connectors. The edge card connector is compatible with various patterned electrode designs available separately from Pine Research. Multiple "spacers" might be required for different patterned electrodes due to the metal contact spacing. The circuit board connects the of working, counter, reference, and sense electrode signal lines from the two rows of the edge card connector to the two mini-USB connectors.

Disposable 20 mL Glass Vial / Disposable 20 mL Glass Vial

RRPG020

This disposable 20 mL vial is commonly used to hold the test solution when working with one of Pine Research's Screen-Printed Electrode Cells. Your supplier of these vials has several different threadings. Be advised to order the correct replacement as it may not be the typical vial your department normally orders.

Screen-Printed Electrode Cell Cap / Screen-Printed Electrode Cell Cap

AC01SPECAP2

This cell cap is designed for use with various screen-printed electrode cells offered by Pine. The inner threads of this cap are designed to mate with standard (disposable) scintillation vials commonly found in many laboratories. The outer surface of this cap is designed to mate with a standard GL-45 threaded joint.

Purge Kit for 1/4″ Tubing / Purge Kit for 1/4″ Tubing

AKPURGE1

Tubing and three way valve to connect gas source to dual port gas purge/sparge tube and/or single gas outlet accessory.

Screen-Printed Electrode Low Volume Cell / Screen-Printed Electrode Low Volume Cell

AKSPE1ML

This glass cell has a special PTFE insert at the bottom of the cell. The PTFE insert features a narrow slit designed to receive the lower end of a standard Pine Research screen-printed electrode. The internal volume of the slit is ~1 mL.

Screen-Printed Electrode Cell Water Jacket / Screen-Printed Electrode Cell Water Jacket

AKSPEJKT

When working with one of Pine Research's screen-printed electrode cells, this water jacket is designed to fit around the glass scintillation vial which contains the electrolyte solution.

When using the water jacket, it is important to use both an inner and outer O-ring seal to seal the cell cap against both the GL-45 threads of the water jacket and the threads on the solution vial.