1. Youveim® E105 NiFeOx - Stainless Steel Mesh Electrode
Detailed Product Description
The Youveim® E105 NiFeOx - Stainless Steel Mesh Electrode is designed with a highly active Nickel-Iron Oxide (NiFeOx) catalyst layer deposited onto a durable stainless steel mesh substrate. This electrode is optimized for electrochemical applications that demand robust performance in oxygen evolution reactions (OER). The stainless steel mesh provides excellent mechanical strength and electrical conductivity, making it suitable for a wide range of industrial and laboratory uses.
Features
High Catalytic Activity: The NiFeOx catalyst is known for its exceptional performance in OER, significantly improving reaction efficiency.
Stainless Steel Mesh Base: Offers durability and high electrical conductivity, maintaining structural integrity under challenging conditions.
Uniform Catalyst Distribution: Ensures consistent electrochemical activity across the electrode surface.
Advantages
Cost-Effective: Compared to precious metal electrodes, NiFeOx offers a high-performance, lower-cost alternative for electrochemical applications.
Durability: The stainless steel substrate ensures long-term use without significant degradation in performance.
Enhanced Efficiency: Increases energy conversion efficiency, particularly in applications such as water splitting and other electrochemical processes.
Applications
Oxygen Evolution Reaction (OER): Suitable for use in water electrolysis systems where oxygen production is required.
Energy Storage Systems: Ideal for integration into batteries and supercapacitors.
Fuel Cells: Can be utilized as a cost-effective solution for fuel cell applications involving oxygen reactions.
2. Youveim® E105T NiFeOx - Stainless Steel Mesh Electrode (Hydrophobic Interface)
Detailed Product Description
The Youveim® E105T NiFeOx - Stainless Steel Mesh Electrode (Hydrophobic Interface) features a specialized hydrophobic surface modification that enhances gas-liquid separation during electrochemical reactions. This electrode is ideal for applications where the management of gas diffusion and moisture is critical. The NiFeOx catalyst provides high electrocatalytic activity, while the stainless steel mesh base ensures mechanical strength and conductivity.
Features
Hydrophobic Coating: Enhances the electrode's ability to handle gas-liquid interfaces, improving reaction efficiency and stability.
NiFeOx Catalyst: Provides excellent performance in OER, crucial for oxygen production in water splitting.
Stainless Steel Mesh: Offers a strong, conductive base with long-term durability.
Advantages
Improved Gas Management: The hydrophobic interface helps prevent flooding and enhances oxygen evolution by allowing better gas diffusion.
Enhanced Reaction Efficiency: Optimizes reaction kinetics in systems where gas production is a key factor.
Versatility: Suitable for a range of electrochemical processes requiring enhanced moisture and gas control.
Applications
Water Electrolysis: Particularly suited for systems where efficient gas-liquid separation is critical.
Fuel Cells: Enhances performance in fuel cells by improving oxygen management.
Hydrogen Production: Increases efficiency in hydrogen-generating systems due to better gas management.
3. Youveim® E105PT NiFeOx - Platinized Stainless Steel Mesh Electrode
Detailed Product Description
The Youveim® E105PT NiFeOx - Platinized Stainless Steel Mesh Electrode is a premium variant that features a platinum coating over the NiFeOx catalyst. The platinum layer significantly enhances catalytic performance, especially in reactions like the hydrogen evolution reaction (HER), while also improving corrosion resistance. This electrode is designed for high-performance and industrial-scale electrochemical applications.
Features
Platinum Coating: Boosts the overall catalytic activity and enhances durability, especially in harsh environments.
NiFeOx Catalyst: Provides a robust base for OER, while the platinum improves HER and overall reaction efficiency.
Stainless Steel Mesh: Offers a durable and conductive substrate for long-term operation.
Advantages
Superior Catalytic Performance: Platinum increases the catalytic efficiency, particularly for hydrogen and oxygen evolution reactions.
Corrosion Resistance: The platinum layer protects the electrode from degradation in corrosive environments, extending lifespan.
High Efficiency: The combination of NiFeOx and platinum provides unmatched performance for demanding applications.
Applications
Water Splitting: Highly effective in electrolyzers, particularly in hydrogen generation systems.
Fuel Cells: Ideal for high-performance fuel cell applications due to its enhanced catalytic properties.
Industrial Electrolysis: Suitable for large-scale hydrogen production and other electrochemical industrial processes.
4. Youveim® E105G NiFeOx - Gold-Plated Stainless Steel Mesh Electrode
Detailed Product Description
The Youveim® E105G NiFeOx - Gold-Plated Stainless Steel Mesh Electrode is designed for applications requiring superior electrical conductivity and chemical stability. The gold-plated stainless steel mesh, combined with the NiFeOx catalyst, offers enhanced durability and performance in highly corrosive environments. This electrode is optimized for long-term use in harsh conditions while maintaining high catalytic efficiency.
Features
Gold Plating: Provides excellent corrosion resistance and enhances electrical conductivity.
NiFeOx Catalyst: Ensures high activity in OER, making the electrode effective for water splitting and other electrochemical applications.
Stainless Steel Mesh: Adds mechanical strength and supports the long-term stability of the electrode.
Advantages
High Conductivity: The gold-plated surface significantly improves the electrode’s conductivity, enhancing overall reaction efficiency.
Corrosion Resistance: The gold layer protects the electrode from corrosion, particularly in acidic or alkaline environments.
Durability: Ensures long-term stability in harsh industrial and research environments.
Applications
Electrolysis in Harsh Environments: The gold-plated variant excels in corrosive conditions, such as acidic or alkaline water electrolysis systems.
Fuel Cells: Ideal for use in environments requiring high chemical stability and conductivity.
Chemical Processing: Can be used in processes where both chemical inertness and conductivity are crucial for efficient operation.
Each electrode in the Youveim® E105 series is designed for specific electrochemical applications, offering a combination of catalytic performance, durability, and adaptability to different environments.
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Youveim® E105 NiFeOx - Stainless Steel Mesh Electrode
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Product Code | Description | Price and Specifications | Lead Time |
| Youveim® E105(SC) NiFeOx - Stainless Steel Mesh Electrode
| 1.0mg/cm2 NiFeOx: $80 (5*5cm); $220 (10*10cm); $660 (20*20cm);
2.0mg/cm2 NiFeOx: $100 (5*5cm); $260 (10*10cm); $780 (20*20cm); 3.0mg/cm2 NiFeOx: $120 (5*5cm); $300 (10*10cm); $900 (20*20cm); 4.0mg/cm2 NiFeOx: $129 (5*5cm); $322 (10*10cm); $969 (20*20cm); 5.0mg/cm2 NiFeOx: $140 (5*5cm); $360 (10*10cm); $1080 (20*20cm); 6.0mg/cm2 NiFeOx: $160 (5*5cm); $480 (10*10cm); $1440 (20*20cm); | Ask for quote |
| Youveim® E105T(SC) NiFeOx - Stainless Steel Mesh Electrode (Hydrophobic Interface)
| 1.0mg/cm2 NiFeOx: $80 (5*5cm); $220 (10*10cm); $660 (20*20cm);
2.0mg/cm2 NiFeOx: $100 (5*5cm); $260 (10*10cm); $780 (20*20cm); 3.0mg/cm2 NiFeOx: $120 (5*5cm); $300 (10*10cm); $900 (20*20cm); 4.0mg/cm2 NiFeOx: $129 (5*5cm); $322 (10*10cm); $969 (20*20cm); 5.0mg/cm2 NiFeOx: $140 (5*5cm); $360 (10*10cm); $1080 (20*20cm); 6.0mg/cm2 NiFeOx: $160 (5*5cm); $480 (10*10cm); $1440 (20*20cm); | Ask for quote |
| Youveim® E105PT(SC) NiFeOx - Platinized Stainless Steel Mesh Electrode | 1.0mg/cm2 NiFeOx: $100 (5*5cm); $360 (10*10cm); $1360 (20*20cm);
2.0mg/cm2 NiFeOx: $120 (5*5cm); $420 (10*10cm); $1560 (20*20cm); 3.0mg/cm2 NiFeOx: $140 (5*5cm); $500 (10*10cm); $1760 (20*20cm); 4.0mg/cm2 NiFeOx: $160 (5*5cm); $560 (10*10cm); $1960 (20*20cm); 5.0mg/cm2 NiFeOx: $180 (5*5cm); $640 (10*10cm); $2160 (20*20cm); 6.0mg/cm2 NiFeOx: $200 (5*5cm); $700 (10*10cm); $2360 (20*20cm); | Ask for quote |
| Youveim® E105G(SC) NiFeOx - Gold-Plated Stainless Steel Mesh Electrode | 1.0mg/cm2 NiFeOx: $180 (5*5cm); $620 (10*10cm); $2260 (20*20cm);
2.0mg/cm2 NiFeOx: $200 (5*5cm); $660 (10*10cm); $2380 (20*20cm); 3.0mg/cm2 NiFeOx: $220 (5*5cm); $700 (10*10cm); $2500 (20*20cm); 4.0mg/cm2 NiFeOx: $229 (5*5cm); $722 (10*10cm); $2569 (20*20cm); 5.0mg/cm2 NiFeOx: $240 (5*5cm); $760 (10*10cm); $2680 (20*20cm); 6.0mg/cm2 NiFeOx: $260 (5*5cm); $880 (10*10cm); $3040 (20*20cm); | Ask for quote |
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Default use[Corrosion resistant stainless steel mesh (thickness 0.25mm, aperture 0.02mm) ] Users can also specify other thicknesses or models of nickel mesh (such as stretch mesh, punched mesh, woven mesh, etc.), [Accelerate® NiFeOx (25-35nm, 98%)] As an anode catalyst.
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