Youveim® E103 NiFeOx - Nickel Fiber Paper Electrode
Detailed Product Description:
The Youveim® E103 is a high-performance electrode consisting of NiFeOx (Nickel Iron Oxide) deposited onto a nickel fiber paper substrate. Known for its high catalytic efficiency, this electrode is designed for electrochemical applications requiring high conductivity and stability. The nickel fiber paper offers mechanical flexibility and corrosion resistance, ideal for both research and industrial use.
Features:
NiFeOx Coating: Enhances catalytic activity, especially for the oxygen evolution reaction (OER).
Nickel Fiber Paper Substrate: Provides excellent conductivity and durability in corrosive environments.
High Surface Area: The porous structure of the nickel fiber paper increases surface area, improving reaction efficiency.
Corrosion Resistance: Designed for long-term operation in alkaline solutions.
Advantages:
Superior Catalytic Performance: NiFeOx is a well-known catalyst for OER, improving efficiency in electrochemical reactions.
Cost-Effective: The use of nickel as a substrate reduces material costs while maintaining high performance.
Lightweight and Flexible: Can be easily integrated into different designs, making it suitable for a variety of devices.
Applications:
Water Splitting: Ideal for hydrogen production via OER in water electrolysis.
Energy Storage Systems: Suitable for use in batteries and supercapacitors that require efficient electrode materials.
Electrochemical Sensors: Can be utilized in sensors requiring high catalytic activity and stability.
Youveim® E103G NiFeOx Sprayed on Gold-Plated Nickel Fiber Paper Electrode
Detailed Product Description:
The Youveim® E103G is a NiFeOx electrode sprayed onto a gold-plated nickel fiber paper substrate. The gold-plating provides enhanced conductivity and oxidation resistance, offering better performance in environments where corrosion and conductivity are critical.
Features:
Gold-Plated Nickel Substrate: Improves both electrical conductivity and resistance to oxidation, extending electrode life.
NiFeOx Catalyst: Known for its high catalytic efficiency, especially in oxygen evolution reactions.
Porous Structure: Maximizes the surface area for electrochemical reactions, increasing reaction rates.
High Corrosion Resistance: The gold layer offers significant protection against harsh chemical environments.
Advantages:
Improved Electrical Conductivity: The gold coating reduces energy losses, enhancing overall efficiency in electrochemical processes.
Superior Durability: Highly resistant to corrosion, making it suitable for long-term use in challenging conditions.
Enhanced Reaction Kinetics: The combination of gold and NiFeOx boosts catalytic performance, especially in OER.
Applications:
Fuel Cells: Suitable for applications requiring high conductivity and durability, such as proton-exchange membrane (PEM) fuel cells.
Water Electrolysis: Highly effective for hydrogen production, especially in systems that demand long-term stability.
Advanced Energy Storage: Can be integrated into high-performance energy storage devices requiring fast charge and discharge cycles.
Youveim® E103PT NiFeOx Sprayed on Platinized Nickel Fiber Paper Electrode
Detailed Product Description:
The Youveim® E103PT features a NiFeOx catalyst sprayed onto a platinized nickel fiber paper substrate. The platinum layer provides the highest level of catalytic performance, making this electrode ideal for extremely demanding electrochemical applications. The combination of NiFeOx and platinum offers a synergistic effect, significantly enhancing reaction efficiency.
Features:
Platinum-Coated Nickel Fiber Paper: Offers the highest conductivity and catalytic performance for advanced electrochemical systems.
NiFeOx Catalyst: Ensures high catalytic efficiency, especially in oxygen evolution and reduction reactions.
High Corrosion Resistance: The platinum layer provides excellent protection in both acidic and alkaline environments.
Porous Structure: The fiber paper structure increases surface area, enhancing catalytic activity and overall reaction rates.
Advantages:
Exceptional Catalytic Activity: The platinum coating offers unmatched efficiency for applications that require rapid and highly efficient reactions.
Long-Term Stability: Highly resistant to degradation, even in extreme conditions, making it suitable for prolonged use in industrial processes.
Optimal for High-Performance Systems: The combination of platinum and NiFeOx is ideal for applications that require the highest level of catalytic performance.
Applications:
Fuel Cells: Perfect for high-performance fuel cells requiring rapid oxygen reduction and evolution reactions.
Water Electrolysis: Ideal for large-scale hydrogen production systems demanding superior catalytic activity and stability.
CO2 Reduction Systems: Suitable for reducing CO2 to valuable products in highly efficient electrochemical cells.
Specialized Energy Storage: Can be used in cutting-edge batteries and supercapacitors where performance and efficiency are paramount.
Each product in the Youveim® E103 series offers specialized features tailored for specific electrochemical applications, ensuring a solution for diverse industrial and research needs.
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Youveim® E103 NiFeOx - Nickel Fiber Paper Electrode
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Product Code | Description | Price and Specifications | Lead Time |
| Youveim® E103(SC) NiFeOx Sprayed on Nickel Fiber Paper Electrode | 1.0mg/cm2 NiFeOx: $180 (4.7*5cm); $416 (9.5*10cm); $1588 (19*20cm) 2.0mg/cm2 NiFeOx: $200 (4.7*5cm); $476 (9.5*10cm); $1648 (19*20cm) 3.0mg/cm2 NiFeOx: $220 (4.7*5cm); $516 (9.5*10cm); $1708 (19*20cm) 4.0mg/cm2 NiFeOx: $240 (4.7*5cm); $596 (9.5*10cm); $1788 (19*20cm) 5.0mg/cm2 NiFeOx: $260 (4.7*5cm); $696 (9.5*10cm); $1988 (19*20cm) 6.0mg/cm2 NiFeOx: $280 (4.7*5cm); $796 (9.5*10cm); $2388 (19*20cm) | Ask for quote |
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Youveim® E103G(SC) NiFeOx Sprayed on Gold-Plated Nickel Fiber Paper Electrode |
1.0mg/cm2 NiFeOx: $280 (4.7*5cm); $796 (9.5*10cm); $2996 (19*20cm) 2.0mg/cm2 NiFeOx: $300 (4.7*5cm); $876 (9.5*10cm); $3196 (19*20cm) 3.0mg/cm2 NiFeOx: $320 (4.7*5cm); $916 (9.5*10cm); $3396 (19*20cm) 4.0mg/cm2 NiFeOx: $340 (4.7*5cm); $996 (9.5*10cm); $3596 (19*20cm) 5.0mg/cm2 NiFeOx: $360 (4.7*5cm); $1096 (9.5*10cm); $3796 (19*20cm) 6.0mg/cm2 NiFeOx: $380 (4.7*5cm); $1196 (9.5*10cm); $3996 (19*20cm) | Ask for quote |
| Youveim® E103PT(SC) NiFeOx Sprayed on Platinized Nickel Fiber Paper Electrode
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1.0mg/cm2 NiFeOx: $280 (4.7*5cm); $796 (9.5*10cm); $2996 (19*20cm) 2.0mg/cm2 NiFeOx: $300 (4.7*5cm); $876 (9.5*10cm); $3196 (19*20cm) 3.0mg/cm2 NiFeOx: $320 (4.7*5cm); $916 (9.5*10cm); $3396 (19*20cm) 4.0mg/cm2 NiFeOx: $340 (4.7*5cm); $996 (9.5*10cm); $3596 (19*20cm) 5.0mg/cm2 NiFeOx: $360 (4.7*5cm); $1096 (9.5*10cm); $3796 (19*20cm) 6.0mg/cm2 NiFeOx: $380 (4.7*5cm); $1196 (9.5*10cm); $3996 (19*20cm) | Ask for quote |
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Default use【Youveim® Research Grade Nickel Fiber Paper、Youveim® Research Grade Gold Plated Nickel Fiber Paper】As a substrate、【Accelerate® NiFeOx (25-35nm, 98%)】As an anode catalyst.
The above is a hydrophilic interface electrode, using Nafion adhesive and spray coating process. Hydrophobic interface electrodes can also be customized according to user needs, using PTFE adhesive, suitable for reactions in high-temperature environments. Screen printing and coating processes can also be used to prepare electrodes.
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