Youveim® Platinized Nickel Fiber Paper - Hydrogen Thermal Reduction Coating
Product Description:
Youveim® Platinized Nickel Fiber Paper - Hydrogen Thermal Reduction Coating utilizes a hydrogen thermal reduction coating process, where platinum is reduced in a high-temperature hydrogen environment and uniformly deposited on the surface of nickel fibers. This material exhibits excellent conductivity and electrocatalytic performance in the porous transport layer (PTL) of electrolyzers and as a current collector in batteries, making it suitable for efficient gas diffusion and reactant transport.
Key Features:
High Conductivity: The platinum-coated nickel fibers have extremely high electrical conductivity, ensuring efficient current conduction in electrolyzers and battery applications, enhancing the overall efficiency of the system.
Customizable Platinum Loading: Depending on application needs, the platinum loading can be flexibly adjusted within the range of 0.1-10 mg/cm² to achieve the best catalytic effects while balancing material costs.
Uniform Platinum Layer: The hydrogen thermal reduction process ensures that platinum is uniformly deposited, guaranteeing the uniformity of the platinum layer on the material's surface, further enhancing its catalytic activity and durability.
Outstanding Corrosion Resistance: The platinum layer is tightly bonded to the nickel fiber surface through hydrogen reduction, significantly enhancing the material's resistance to corrosion in electrolytic and energy storage environments.
Flexible Custom Design: Youveim® offers customizable product thickness, porosity, and platinum loading based on requirements, ensuring optimal performance in specific applications.
Advantages of Hydrogen Thermal Reduction Coating:
Enhanced Adhesion: Hydrogen thermal reduction ensures strong adhesion of the platinum layer to the nickel fibers, improving the stability and durability of the material, making it particularly suitable for long-term use in electrochemical devices.
Improved Catalytic Performance: The platinum layer formed through hydrogen reduction possesses a high surface area and activity, providing better catalytic effects in electrocatalytic reactions, suitable for applications such as water splitting and hydrogen production.
Increased Oxidation Resistance: The hydrogen reduction process effectively reduces the oxidation tendency of nickel fibers, enhancing the material's corrosion resistance in harsh working environments.
Application Fields:
Porous Transport Layer (PTL) in Electrolyzers: Youveim® platinized nickel fiber paper, designed with high porosity, supports efficient gas diffusion and reactant transport, demonstrating excellent performance in water electrolysis and other electrolytic reactions.
Current Collector in Batteries: As an efficient current collector in battery systems, this material provides excellent conductivity and structural stability, widely applicable in fuel cells and other energy storage devices.
Customization Services:
Platinum Loading Range: 0.1-10 mg/cm² to meet the electrocatalytic needs of different application scenarios.
Structural Design: The thickness, porosity, and platinum content of the product can be customized according to specific customer requirements to ensure optimal performance matching.
Summary:
Youveim® Platinized Nickel Fiber Paper - Hydrogen Thermal Reduction Coating is an indispensable high-performance material choice for electrolyzers and battery systems, thanks to its excellent conductivity, outstanding corrosion resistance, and uniform platinum deposition. By customizing the platinum loading and the structure of the nickel fiber paper, this product demonstrates exceptional performance in various electrochemical applications, enhancing overall equipment performance.
For more information or customization services, please contact the Youveim® team.
For international orders, please ask us for quotes via
Email: contact@fueiceel.com
Tel: +86 153-5789-9751
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| Youveim® Platinized Nickel Fiber Paper - Hydrogen Thermal Reduction Coating |
| Product Code | Thickness (mm) | Porosity | Fiber density & light transmission | Retail Price (USD$) | Lead Time |
| 0.1mm | 70-80% | Low & High | 0.1mg/cm2 Pt: $240 (5*5cm); $720 (10*10cm); $2160 (20*20cm)
0.2mg/cm2 Pt: $300 (5*5cm);$900 (10*10cm); $2700 (20*20cm) 0.5mg/cm2 Pt: $400 (5*5cm); $1200 (10*10cm); $3600 (20*20cm) 1.0mg/cm2 Pt: $500 (5*5cm); $1500 (10*10cm); $4500 (20*20cm) 1.5mg/cm2 Pt: $600 (5*5cm); $1800 (10*10cm); $5400 (20*20cm) 2.0mg/cm2 Pt: $700 (5*5cm); $2100 (10*10cm); $6300 (20*20cm) 3.0mg/cm2 Pt: $800 (5*5cm); $2400 (10*10cm); $7000 (20*20cm) 4.0mg/cm2 Pt: $900 (5*5cm); $2700 (10*10cm); $8100 (20*20cm) | Ask for quote |
| NIFP025MPH | ~0.25mm | 60-70% | High & Low | In Stock |
| ~0.3mm | 50-60% | High & Low | Ask for quote |
| ~0.3mm | 70-80% | Low & High | Ask for quote |
| ~0.33mm | 30-40% | High & Low | Ask for quote |
| ~0.4mm | 70-80% | Low & High | Ask for quote |
| ~0.4mm | 50-60% | High & Low | Ask for quote |
| NIFP050MPH | ~0.5mm | 60-70% | High & Low | Ask for quote |
| ~0.5mm | 70-80% | Low & High | Ask for quote |
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