Hydrogen Air CCM-3 Layer - 2.2x2.2cm
3-Layer Catalyst-Coated Membrane Electrode Assemblies (MEAs) for Hydrogen/Air Fuel Cells. Offering one of the most cost-effective solutions available, these MEAs come standard with a mid-level platinum loading of 0.5 mg/cm² on a 0.002” membrane. These Hydrogen/Air MEAs feature a 3-layer structure for enhanced performance. Engineered for efficiency, they support consistent power output and durability in demanding environments. Ideal for researchers, developers, and manufacturers seeking dependable hydrogen fuel cell components.
The Hydrogen Air CCM 3
Transform your hydrogen fuel cell systems with Hydrogen Air CCM-3 Layer Catalyst-Coated Membrane Electrode Assemblies (MEAs). These 3-layer MEAs are specifically designed to deliver consistent power output, high durability, and cost-effective performance.
Key Features:
- 3-Layer Structure: Engineered for enhanced efficiency and reliability.
- Mid-Level Platinum Loading: 0.5 mg/cm² for a balance of performance and cost.
- Durable Membrane: Built on a 0.002” thickness membrane for robustness in demanding environments.
Why Choose Hydrogen Air CCM-3 Layer MEAs?
- High Performance: Optimized for maximum output in hydrogen/air fuel cells.
- Cost-Effective: Competitive pricing without compromising quality.
- Versatile Applications: Trusted by researchers, developers, and manufacturers worldwide.
Applications:
- Hydrogen fuel cell research and development.
- Manufacturing high-efficiency hydrogen-powered systems.
- Testing and prototyping in laboratory and industrial settings.
Order Now to take your hydrogen fuel cell technology to the next level with our Hydrogen Air CCM-3 Layer MEAs. Experience unmatched durability, efficiency, and reliability in one package.
- 3-Layer Structure: Enhances performance for reliable hydrogen/air fuel cell operations.
- Platinum Loading: Features 0.5 mg/cm² platinum loading on a 0.002” membrane, providing a balance between cost-effectiveness and efficiency.
- Engineered for Efficiency: Designed to support consistent power output and durability in demanding environments.
- Cost-Effective Solution: One of the most affordable options available for Hydrogen/Air fuel cell applications.
- Ideal for Professionals: Suitable for researchers, developers, and manufacturers seeking dependable fuel cell components.
- Durability: Built to last under challenging operating conditions, offering long-term value.
This product is only on demand. Please contact us.
Hydrogen Air CCM-3 Layer MEAs
1. What are Hydrogen Air CCM-3 Layer MEAs?
Hydrogen Air CCM-3 Layer Catalyst-Coated Membrane Electrode Assemblies (MEAs) are high-performance components designed for use in hydrogen/air fuel cells. They feature a 3-layer structure with a mid-level platinum loading (0.5 mg/cm²) and a durable 0.002” membrane, optimized for efficiency, durability, and cost-effectiveness.
2. What are the key benefits of using these MEAs?
- Consistent power output.
- High durability in demanding environments.
- Cost-effective performance with optimal platinum loading.
- Versatility for research, development, and manufacturing applications.
3. Who can use Hydrogen Air CCM-3 Layer MEAs?
- Researchers developing hydrogen fuel cell technologies.
- Developers testing and prototyping fuel cell systems.
- Manufacturers building hydrogen-powered systems.
4. What is the platinum loading on these MEAs, and why is it important?
The platinum loading is 0.5 mg/cm², providing a balance of efficiency and cost. Platinum is a key catalyst in fuel cells, and this mid-level loading ensures high performance without excessive material costs.
5. What is the thickness of the membrane, and why does it matter?
The membrane thickness is 0.002 inches, offering the perfect combination of durability and lightweight design. A thinner membrane ensures efficient proton transfer, critical for fuel cell performance, while maintaining structural integrity.
6. Are these MEAs compatible with all hydrogen fuel cells?
Yes, these MEAs are designed to work with most hydrogen/air fuel cell systems. However, compatibility may depend on specific system requirements, so it’s always recommended to confirm specifications before use.
7. Can these MEAs be used for large-scale manufacturing?
Absolutely. These MEAs are robust and reliable, making them suitable for both small-scale research and large-scale manufacturing of hydrogen-powered solutions.
8. How do I store and handle these MEAs?
Store the MEAs in a cool, dry place away from direct sunlight. Handle them with clean gloves to avoid contamination and ensure optimal performance during use.
9. What applications are these MEAs best suited for?
- Research and development in hydrogen fuel cells.
- Testing and prototyping hydrogen/air fuel cell systems.
- Manufacturing hydrogen-powered devices.
10. How can I purchase Hydrogen Air CCM-3 Layer MEAs?
You can easily purchase these MEAs by clicking the button below. For bulk orders or custom requirements, contact our sales team for assistance.
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