52 to 60W at 2.4V Four-Cell PEM Fuel Cell Stack

TEK-HP-KIT-100-10

Silver platinum (Ag-Pt) screen-printable paste or ink, for use in SOFC and other fuel cell applications

115 to 130W at 6.0V Ten-Cell Hydrogen/Air/O2 PEM Fuel Cell Stack

85 to 105W at 4.2V Seven-Cell Hydrogen/Air/O2 Fuel Cell Stack

95 to 115W at 4.8V Eight-Cell Hydrogen/Air/O2 Fuel Cell Stack

It is a screen-printable or dispensable conductive thick-film paste.

Vitreous glass tape (thickness 110-125?m), TCE matched to stainless steel, for use in SOFC and other fuel cell applications

65 to 75W at 3.0V Five-Cell PEM Fuel Cell Stack

PS-Reformate consists of a PC controlled, electronic load bank and a gas distribution unit for simulating reformate gas. Includes 6 independent gas channels; 4 fuel and 2 for oxidants, with independent control of each line.

TEK-HP-KIT-100-05

TEK-DM-STK-100-05

A low cost manual test station which includes a gas management unit and an electronic load with voltage and current displays. Incorporates independent gas flow control of reactant mixtures, cell temperature control, and dynamic load control.

A HSA-TC with two heated Gas Transfer Lines

ElectroChem’s CompuCell gas management unit enables fuel cell and electrochemical testing for PEM, alkaline, and phosphoric acid fuel cells, providing capacity for single cells and fuel cell stacks.

PS-Dual Range consists of a PC controlled, electronic load bank and a dual flow rate gas distribution unit that has 4 independent gas channels; 2 fuel and 2 for oxidants, with independent control of each line.

PS-ULTIMA automated test system for qualifying up to 5 cells simultaneously. System consist of a PC controlled, electronic load bank and fuel cell system controller, operating on ElectroChem's proprietary Windows™-based software system.

Adds Direct Methanol capabilites to the Power Station test system. Includes methanol pump with flow rates from 2.6 up to 100mL/min (higher rates available on request), 1 liter stainless steel methanol reservoir, computer/local control capability.

2.5 to 8W at 1.2V Four-cell PEM fuel cell stack