Description

Direct Methanol Fuel Cell (DMFC) Hardware Test Cell – SAVEIONS

Overview

Gas evolution plays a big role in how well a Direct Methanol Fuel Cell (DMFC) works. Since DMFCs use liquid fuel, controlling the fuel flow is essential. This DMFC hardware test cell helps researchers and engineers manage fuel flow precisely. You can also use it in Direct Ethanol Fuel Cells (DEFCs) and biofuel cells.

The device includes a high-purity graphite plate, a graphite separator plate, a gold-plated current collector plate, and a tight-fitting gasket. The membrane electrode assembly (MEA) design ensures high thermal and electrical conductivity.

Key Features

• Active area: 1 cm × 1 cm or 2 cm × 2 cm

• Custom sizes available up to 50 cm²

• Gold-plated current collectors for better conductivity

• Banana plugs for voltage monitoring

• Belleville washer for secure assembly pressure

• Machined graphite separator plates with serpentine flow fields

• Nylon fittings for a gas-tight connection to 1/4″ tubing

Common Applications

• DMFC research and development

• Academic laboratory work and training

• MEA performance evaluation

• Validation and prototyping of fuel cell stacks

Frequently Asked Questions (FAQ)

Q1: What is a Direct Methanol Fuel Cell (DMFC) Hardware Test Cell used for?
It holds and tests membrane electrode assemblies (MEAs) for direct methanol fuel cells. This makes it easier to measure performance, study material behaviour, and develop new DMFC technologies.

Q2: What MEA sizes does it support?
The standard sizes are 1 cm × 1 cm and 2 cm × 2 cm, perfect for lab-scale work. We can also make custom sizes—just contact us.

Q3: Can I use it for other fuel cells?
Yes, you can use it in DEFCs and biofuel cells.

Q4: Is the hardware methanol-resistant?
Yes. All wetted parts are made from corrosion-resistant materials that work well with methanol-based electrolytes.

Q5: Does it come with MEAs?
No, this listing is for the hardware only. You can buy compatible MEAs separately.

Q6: What’s included in the package?
You’ll receive the DMFC hardware test cell, gaskets, seals, current collectors, end plates, and assembly bolts.

Q7: How do I connect it to a fuel cell test station?
The hardware has standard compression fittings for inlet and outlet. You can connect them to most fuel cell test stations with suitable tubing.

Q8: Can it operate at high temperatures?
Yes, the materials can handle standard DMFC operating temperatures. For extreme conditions, contact SAVEIONS for advice.

Q9: Is it good for classroom demonstrations?
Absolutely. Its compact size and easy setup make it ideal for education and hands-on training.

Q10: Do you offer technical support?
Yes. We can guide you through setup and recommend MEA preparation steps, flow rates, and operation parameters.