1. Youveim® E106 NiFeOx - Nickel Mesh Electrode
Product Description
The Youveim® E106 NiFeOx - Nickel Mesh Electrode is designed for high-performance electrochemical applications. It features a nickel mesh substrate coated with a nickel iron oxide (NiFeOx) layer, optimized for excellent catalytic activity, particularly in the oxygen evolution reaction (OER). The unique structure of the nickel mesh provides a lightweight and conductive base, enhancing the electrode's efficiency and longevity.
Features
NiFeOx Coating: Provides enhanced catalytic properties for electrochemical reactions.
Nickel Mesh Substrate: Offers high surface area and conductivity.
Lightweight Design: Facilitates easy handling and integration into various systems.
Advantages
High Catalytic Activity: Effectively catalyzes OER, leading to improved energy conversion.
Robust Structure: The mesh design ensures mechanical stability and resilience in demanding environments.
Cost-Effective: Utilizes abundant materials, reducing reliance on expensive precious metals.
Applications
Electrolysis: Suitable for hydrogen production through water splitting.
Fuel Cells: Effective in systems requiring efficient OER for energy generation.
Energy Storage: Applicable in batteries and supercapacitors for enhanced performance.
2. Youveim® E106T NiFeOx - Nickel Mesh Electrode (Hydrophobic Interface)
Product Description
The Youveim® E106T NiFeOx - Nickel Mesh Electrode with Hydrophobic Interface builds on the capabilities of the E106 model by incorporating a specialized hydrophobic surface treatment. This treatment enhances the electrode's ability to manage gas-liquid interactions during electrochemical reactions, reducing the risk of flooding and improving overall performance in high-flow applications.
Features
Hydrophobic Surface Treatment: Minimizes liquid retention and promotes efficient gas release.
NiFeOx Coating: Ensures high electrocatalytic activity.
Nickel Mesh Structure: Combines strength with lightweight properties.
Advantages
Enhanced Reaction Efficiency: The hydrophobic interface allows for optimal gas diffusion, enhancing reaction rates.
Stable Performance: Retains effective functionality under varying operating conditions.
Versatile Application: Suitable for a wide range of electrolytic and energy conversion systems.
Applications
Water Electrolysis: Ideal for large-scale hydrogen production with efficient gas management.
Fuel Cells: Enhances performance by improving gas diffusion characteristics.
Electrochemical Reactors: Effective in systems requiring optimal gas-liquid interaction.
3. Youveim® E106PT NiFeOx - Platinized Nickel Mesh Electrode
Product Description
The Youveim® E106PT NiFeOx - Platinized Nickel Mesh Electrode features a layer of platinum applied to the nickel mesh substrate coated with NiFeOx. This design enhances the electrode's electrocatalytic performance, reducing overpotentials and accelerating reaction kinetics, particularly for the OER. The combination of platinum and NiFeOx ensures a high-performance electrode suitable for demanding electrochemical applications.
Features
Platinum Coating: Increases electrocatalytic activity and lowers reaction barriers.
NiFeOx Layer: Maintains high efficiency for OER and HER.
Nickel Mesh Base: Provides structural integrity and excellent conductivity.
Advantages
Superior Catalytic Performance: The platinum layer leads to faster and more efficient reactions compared to non-platinized electrodes.
Long-Term Stability: High durability in aggressive environments due to the robust substrate and protective platinum layer.
Versatile Use: Effective in a wide range of electrochemical applications requiring high performance.
Applications
Water Electrolysis: Optimal for hydrogen production with high efficiency.
Fuel Cells: Enhances the performance of hydrogen fuel cells by facilitating rapid reactions.
Industrial Electrochemical Processes: Useful in demanding applications in various electrochemical technologies.
4. Youveim® E106G NiFeOx - Gold-Plated Nickel Mesh Electrode
Product Description
The Youveim® E106G NiFeOx - Gold-Plated Nickel Mesh Electrode combines a gold plating with the nickel mesh substrate coated with NiFeOx. The gold layer enhances electrical conductivity and provides additional corrosion resistance, ensuring reliable performance in various electrochemical environments. This electrode is designed for applications that require high durability and efficiency.
Features
Gold Plating: Offers excellent corrosion resistance and enhances electrical conductivity.
NiFeOx Coating: Ensures high catalytic efficiency for electrochemical reactions.
Nickel Mesh Substrate: Provides mechanical strength and durability.
Advantages
Enhanced Conductivity: Gold plating significantly improves electron transfer rates, facilitating quicker reactions.
Corrosion Resistance: Gold protects the underlying nickel and alloy from degradation, extending the electrode's lifespan.
High Performance: Maintains effective functionality even in harsh electrolytic environments.
Applications
Electrolysis: Suitable for efficient hydrogen and oxygen production.
Fuel Cells: Ideal for high-performance fuel cell systems.
Chemical Processing: Applicable in various electrochemical processes
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Youveim® E106 NiFeOx - Nickel Mesh Electrode
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Product Code | Description | Price and Specifications | Lead Time |
| Youveim® E106(SC) NiFeOx - Nickel 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® E106T(SC) NiFeOx - Nickel 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® E106PT(SC) NiFeOx - Platinized Nickel 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® E106G(SC) NiFeOx - Gold-Plated Nickel 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 |
| Fueiceel Is Committed to Offering The Best Price & Customer Services! |
Default use [Research grade nickel mesh (woven mesh, thickness 0.23mm, aperture 0.02mm, NIWM1823)], Users can also specify other thicknesses or models of titanium mesh (such as stretch mesh, punched mesh, woven mesh, etc.), [Accelerate® NiFeOx (25-35nm, 98%)] As an anode catalyst.
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