Details
Toray Carbon Paper is a high-temperature heat-treated porous C/C composite product (composite of carbon fiber and carbon) that is used in fuel cell electrode substrates and other electrode applications due to its excellent characteristics.
Characteristics:
1. High conductivity: Carbon fiber has strong conductivity due to its arrangement of carbon elements.
2. High strength: Thin and high strength, with excellent compression characteristics.
3. High gas permeability: High porosity (approximately 78%), allowing easy passage of other substances.
4. Corrosion resistance: Excellent corrosion resistance due to minimal impurities and only high-temperature-treated carbon.
5. Surface smoothness: Carbon fiber distribution in a single direction results in excellent surface smoothness with fewer surface irregularities.
6. Good uniformity and consistency.

MA-EN-CU-0J0123 Toray Carbon Paper (TGP-H-090) 20*20cm 406 RMB
MA-EN-CU-0J0223 Toray Carbon Paper (TGP-H-090) 5% moisture-proof 10*10cm 350 RMB
MA-EN-CU-0J0323 Toray Carbon Paper (TGP-H-090) 5% moisture-proof 20*20cm 710 RMB

Plastic A4 file box packaging
Product Introduction:
- Toray Paper 090-TGP-H-090 is a carbon fiber composite paper suitable for use as a catalyst backing layer. It has a total thickness of 280 microns. Toray Paper 090 is an excellent low-cost alternative to traditional woven carbon fiber cloth gas diffusion layer (GDL) material.
- Toray Carbon Paper 090 comes with standard 5% moisture-proof sampling. The polytetrafluoroethylene (PTFE) imparts hydrophobicity to the carbon material, making it a better electrode backing material.
- Customized discounts, sizes, and moisture-proof properties are available upon request.
Technical Specifications:
✓ PTFE treatment: 1 wt% to 50 wt%
✓Size: 10cm2 to 40cm2
✓ Thickness: 280um

Japanese Toray carbon paper can be used for PAFC and PEFC batteries, with
Has good resistance, good mechanical strength, and high conductivity
And gas transmittance, very suitable for gas used in fuel cells
Diffusion layer.
Structure:
- TGP-H is made from PAN carbon fiber.
- "TORAYCA" fibers with high tensile strength and high modulus are firmly connected together by carbon.
- Scanning electron microscopy verifies this structure.
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