 Electrochemical Energy |
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| Electrochem Inc. |
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 ElectroChem is a pioneering company bringing predictable high quality fuel cell research to the marketplace as a comprehensive product line. www.fuelcell.com is ElectroChem’s flagship subsidiary allowing us to create a convenient platform for developers to acquire products they need. Or for special, custom products, ElectroChem will work with them to not only find a solution – but deliver one to them as well. ElectroChem is a commited partner of developers in providing them materials and products even if they are not found in our catalog.
40 years of experience invested in fuel cell technology. 20 years in product manufacturing and sales. Owner of many patents which serve as a testament to ElectroChem’s innovative capabilities. When a customer purchases from fuelcell.com, it is not just a product off the shelf or just a SKU number – but the rich history of technical expertise behind each product.
ElectroChem does not just sell product – but researches, develops, tests and manufactures highly reliable stacks, MEA’s, and electrodes. And not only does ElectroChem offer a comprehensive line of standard products – but we also welcome customized requests to meet a customer’s needs |
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Gamry Instruments |
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 The Gamry FC350 Fuel Cell Monitor is designed to measure the electrochemical impedance of operating fuel cells at high current levels. The FC350 consists of a Digital Controller, an Interface, and FC350 Software working in conjunction with an Electronic Load. |
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Reference 3000 Potentiostat |
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The Gamry Instruments Reference 3000 is a high-performance high-current Potentiostat/Galvanostat/ZRA similar to Gamry’s popular Reference 600. Building on the success of the Reference Family of Gamry Potentiostats, the Reference 3000 was engineered to meet the demands of higher current applications.
The Reference 3000 is a single Potentiostat sensitive enough for research and capable enough for development of your battery, capacitor, or fuel cell. It is smaller and lighter than most comparable potentiostats. Don’t let its size fool you -- it offers research-grade performance. While the Reference 3000 can apply and measure ampere level currents, it is also an excellent low-noise, small signal potentiostat that can work with picoamp currents. |
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| PWR800 |
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Researchers in battery, fuel cell, supercap, and solar cell labs have a new advanced test system to characterize potential new products...the PWR800 Electrochemical Energy Software. It's powerful but easy-to-use software that uses a research quality Potentiostat!
Techniques in the PWR800 include:
• Cyclic Voltammety (CV)
• Cyclic Charge Discharge (CCD)
• Discharge in three modes: constant current, constant resistance and constant power
• Constant current charge (with an optional controlled voltage finish for Li Ion cells)
• A Polarization Curve test that measures cell voltage as a function of load
• Simple Potentiostatic and Galvanostatic tests
• CCD with EIS spectra in each charge state (Requires EIS300 Licence) |
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EIS Measurement of a Very Low Impedance Lithium Ion Battery
Low impedance samples, such as batteries and fuel cells, give rise to that evil actor...inductance. Simple things, like the orientation of your cell cables, begin to matter. |
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| The WSI-Corp Porometer 3G |
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 The Porometer 3G is a third generation instrument for measuring the pore size of through-pores in sheet and solid materials. Typical samples include membrane filters, paper, porous plastics, thin films, and other sheet materials. It can analyze Battery Separators and Electrodes |
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- Bubble Point or Maximum Pore Size
- Mean (Flow) Pore Size,
- Analysis Range 500µm to 0.05 µm diameter
- Minimum Pore Size
- Gas Permeability
- Optional Liquid Permebility
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| TheWSI Porometer 3G uses the well known liquid expulsion technique in which one side of wetted porous sample is subjected to a continually increasing gas pressure. The pores empty of liquid when the applied pressure exceeds the 'capillary pressure'. The capillary pressure is dependent upon the pores size, the wetting liquid and its interface properties. |
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