Carbon Fiber Paper for GDL Substrate
Carbon Fiber Paper for GDL Substrate is a specialized material that plays a pivotal role in fuel cell technology. It serves as the substrate for Gas Diffusion Layers, which are crucial components enabling efficient gas and electron transfer. Made from high-strength carbon fibers, this paper offers exceptional electrical conductivity and mechanical stability. Its low weight and chemical resistance make it ideal for use in environments requiring durability and performance. Beyond GDL applications, Carbon Fiber Paper is also utilized in various industries, such as aerospace and automotive, enhancing structural integrity and thermal management. Its versatility makes it an invaluable resource in modern industrial advancements.
1. Product Introduction
Our premium Carbon Fiber Paper is meticulously engineered to serve as an exceptional substrate for Gas Diffusion Layers, or GDL, and a myriad of additional advanced applications. Crafted from the finest carbon fiber materials, this paper epitomizes robustness and enduring stability. Whether you're seeking a dependable substrate for your GDL projects or a resilient material for miscellaneous uses, our Carbon Fiber Paper adeptly meets those demands, consistently providing unparalleled strength and reliability.
2. Product Applications
GDL Substrate Inclusivity: The integration of Carbon Fiber Paper in GDL substrate production is indispensable. Such substrates play a pivotal role in fuel cells and battery functions, where they aid in the efficient transportation of gases and electrons. Owing to its superior electrical conductivity, notable mechanical strength, and exceptional chemical resistance, our Carbon Fiber Paper is tailor-made for GDL substrates. It guarantees effective gas diffusion while ensuring a steadfast foundation for electrode application.
Exploring Additional Uses: Beyond its irreplaceable role in GDL substrates, our versatile Carbon Fiber Paper finds widespread utility in various sectors. Embraced by the aerospace, automotive, and sporting goods industries due to its lightweight and remarkable strength, it forms the backbone of lightweight yet high-performance structures. Furthermore, the paper is incorporated into electronic appliances, such as smartphones and laptops, enhancing their structural robustness and thermal efficiency.
3. Product Features
- Unrivaled Electrical Conductivity: Our specifically designed Carbon Fiber Paper showcases superb electrical conductivity, making it an ideal selection for GDL substrates and other applications necessitating seamless charge circulation.
- Outstanding Mechanical Strength: Reinforced by its remarkable mechanical strength, our Carbon Fiber Paper confidently endures harsh conditions, maintaining form and cohesion over extended periods.
- Exceptional Chemical Resistance: Blessed with heightened chemical resistance, our material stands firm against chemical exposure, positioning it well in environments rich in corrosive agents.
- Lightweight Yet Durable: The paper's lightweight characteristic coupled with its durability grants a superior strength-to-weight ratio and extended performance longevity.
- Diverse Application Possibilities: With a unique blend of attributes, our Carbon Fiber Paper extends its reach across multiple sectors like aerospace, automotive, sports, electronics, and beyond, offering diverse usage scenarios.
By ensuring that our Carbon Fiber Paper upholds its quality and reliability for GDL and other applications, we commit to empowering your projects with the best substrate solutions available.
| Item Code | Area Weight | Surface Resistance | Binder Content | Moisture Content | Tensile Strength | Thickness |
| BN-005 | 5g/m2 | - | 10%±2% | ≤0.3% | - | 0.05±0.01mm |
| BN-006 | 6g/m2 | - | 10%±2% | ≤0.3% | ≥5N/50mm | 0.06±0.01mm |
| BN-008 | 8g/m2 | - | 10%±2% | ≤0.3% | ≥7N/50mm | 0.08±0.01mm |
| BN-010 | 10g/m2 | ≤15Ω | 10%±2% | ≤0.3% | ≥11N/50mm | 0.09±0.01mm |
| BN-015 | 15g/m2 | ≤8Ω | 10%±2% | ≤0.3% | ≥16N/50mm | 0.15±0.02mm |
| BN-020 | 30g/m2 | ≤6Ω | 10%±2% | ≤0.3% | ≥21N/50mm | 0.20±0.03mm |
| BN-030 | 50g/m2 | ≤4Ω | 10%±2% | ≤0.3% | ≥31N/50mm | 0.30±0.03mm |
| BN-050 | 60g/m2 | ≤3Ω | 10%±2% | ≤0.3% | ≥40N/50mm | 0.50±0.04mm |