1. Youveim® E127 FeCoNi - Stainless Steel Mesh Electrode
Product Description
The Youveim® E127 FeCoNi - Stainless Steel Mesh Electrode is designed with a ternary alloy catalyst composed of iron, cobalt, and nickel (FeCoNi) coated on a stainless steel mesh substrate. This electrode combines the catalytic strengths of these three metals to deliver enhanced performance in oxygen evolution reactions (OER) and hydrogen evolution reactions (HER). The stainless steel mesh provides strong mechanical support and excellent electrical conductivity.
Features
FeCoNi Alloy Catalyst: A high-performance catalyst combining the advantages of iron, cobalt, and nickel for improved electrocatalytic activity.
Stainless Steel Mesh: Offers robustness, durability, and good conductivity for consistent electrochemical performance.
Ternary Metal Synergy: The FeCoNi alloy exhibits enhanced activity in both OER and HER, making it suitable for diverse electrochemical processes.
Advantages
Enhanced Electrocatalysis: The combination of iron, cobalt, and nickel boosts catalytic efficiency, particularly for energy conversion applications.
Cost-Effective: FeCoNi alloy is an economical alternative to noble metal catalysts, while still delivering high catalytic performance.
Durable and Stable: Stainless steel mesh ensures long-term stability and corrosion resistance, even in harsh conditions.
Applications
Water Electrolysis: Excellent for oxygen and hydrogen production in water splitting systems.
Fuel Cells: Suitable for fuel cell applications where both OER and HER are critical for efficiency.
Energy Storage: Can be used in rechargeable batteries and other energy storage devices where robust electrodes are needed.
2. Youveim® E127T FeCoNi - Stainless Steel Mesh Electrode (Hydrophobic Interface)
Product Description
The Youveim® E127T FeCoNi - Stainless Steel Mesh Electrode (Hydrophobic Interface) is a modified version of the standard FeCoNi electrode, featuring a hydrophobic coating on the surface. This design improves gas diffusion and reduces flooding, making it ideal for applications that require efficient gas-liquid separation. The FeCoNi catalyst retains its high performance in both OER and HER, while the hydrophobic interface enhances reaction kinetics.
Features
Hydrophobic Coating: Enhances gas management and water control, preventing electrode flooding and improving overall performance.
FeCoNi Alloy Catalyst: Delivers strong catalytic performance for energy conversion processes.
Stainless Steel Mesh: Provides mechanical strength and excellent conductivity.
Advantages
Improved Gas Diffusion: The hydrophobic interface promotes efficient gas-liquid separation, essential for oxygen and hydrogen production.
Enhanced Reaction Efficiency: The design optimizes gas flow during reactions, resulting in higher overall performance.
Durability: The electrode maintains long-term stability, even in environments with complex gas-liquid interfaces.
Applications
Water Splitting: Ideal for systems that require efficient gas management during electrochemical reactions.
Hydrogen Production: Enhances performance in hydrogen generation, ensuring high-efficiency OER and HER.
Fuel Cells: Suitable for fuel cells requiring advanced gas-liquid interface control.
3. Youveim® E127PT FeCoNi - Platinized Stainless Steel Mesh Electrode
Product Description
The Youveim® E127PT FeCoNi - Platinized Stainless Steel Mesh Electrode features a platinum coating over the FeCoNi catalyst, greatly enhancing the catalytic activity for both oxygen and hydrogen evolution reactions. The platinum layer significantly increases the electrode’s performance in high-demand applications where both high efficiency and durability are required.
Features
Platinum Coating: Boosts electrocatalytic performance, especially for hydrogen and oxygen evolution reactions.
FeCoNi Alloy Catalyst: Retains the benefits of the FeCoNi alloy while being enhanced by the platinum layer for even greater efficiency.
Stainless Steel Mesh: Ensures mechanical stability and high conductivity for long-term use.
Advantages
Superior Catalytic Activity: Platinum improves the catalytic performance of the electrode, making it suitable for high-efficiency energy conversion processes.
Increased Durability: The platinum coating enhances the electrode's resistance to corrosion and wear, especially in aggressive operating environments.
Optimized for OER and HER: The combination of FeCoNi alloy and platinum allows for superior performance in both oxygen and hydrogen evolution reactions.
Applications
Water Electrolysis: Suitable for high-efficiency water splitting applications, particularly for industrial-scale hydrogen production.
Fuel Cells: Ideal for fuel cells requiring high catalytic performance and durability.
Energy Storage Systems: Can be used in advanced energy storage devices needing high performance and long lifespan.
4. Youveim® E127G FeCoNi - Gold-Plated Stainless Steel Mesh Electrode
Product Description
The Youveim® E127G FeCoNi - Gold-Plated Stainless Steel Mesh Electrode combines the FeCoNi ternary alloy catalyst with a gold-plated stainless steel mesh. The gold coating offers excellent corrosion resistance and high electrical conductivity, enhancing the overall performance of the electrode in electrochemical reactions. This electrode is especially suitable for use in aggressive environments where chemical stability is crucial.
Features
Gold Plating: Provides superior corrosion resistance and excellent electrical conductivity for high-performance applications.
FeCoNi Alloy Catalyst: Maintains strong electrocatalytic activity for both OER and HER processes.
Stainless Steel Mesh: Offers mechanical support, durability, and conductivity for long-term usage.
Advantages
High Conductivity: The gold coating significantly improves electrical conductivity, leading to higher overall efficiency in electrochemical reactions.
Corrosion Resistance: Gold plating ensures that the electrode remains stable and functional even in highly corrosive environments.
Durability: The combination of FeCoNi and gold results in an electrode that is both highly effective and long-lasting.
Applications
Electrolysis in Corrosive Environments: Ideal for applications requiring high corrosion resistance, such as in acidic or alkaline water splitting systems.
Fuel Cells: Suitable for use in fuel cells where both high performance and chemical stability are necessary.
Chemical Processing: Can be used in chemical processing environments where strong resistance to corrosion and wear is required.
Each version of the Youveim® E127 FeCoNi series offers distinct advantages tailored to specific electrochemical applications, ensuring optimized performance, durability, and efficiency across a variety of energy conversion and storage systems.
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Youveim® E127 FeCoNi - Stainless Steel Mesh Electrode
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Product Code | Description | Price and Specifications | Lead Time |
| Youveim® E127(SC) FeCoNi - Stainless Steel Mesh Electrode | 1.0mg/cm2 FeCoNi: $160 (5*5cm); $480 (10*10cm); $1440 (20*20cm)
2.0mg/cm2 FeCoNi: $180 (5*5cm); $540 (10*10cm); $1620 (20*20cm) 3.0mg/cm2 FeCoNi: $200 (5*5cm); $600 (10*10cm); $1800 (20*20cm) 4.0mg/cm2 FeCoNi: $220 (5*5cm); $660 (10*10cm); $1980 (20*20cm) | Ask for quote |
| Youveim® E127T(SC) FeCoNi - Stainless Steel Mesh Electrode with Hydrophobic Interface | 1.0mg/cm2 FeCoNi: $160 (5*5cm); $480 (10*10cm); $1440 (20*20cm) 2.0mg/cm2 FeCoNi: $180 (5*5cm); $540 (10*10cm); $1620 (20*20cm) 3.0mg/cm2 FeCoNi: $200 (5*5cm); $600 (10*10cm); $1800 (20*20cm) 4.0mg/cm2 FeCoNi: $220 (5*5cm); $660 (10*10cm); $1980 (20*20cm) | Ask for quote |
| Youveim® E127PT(SC) FeCoNi - Platinized Stainless Steel Mesh Electrode
| 1.0mg/cm2 FeCoNi: $180 (5*5cm); $660 (10*10cm); $2240 (20*20cm)
2.0mg/cm2 FeCoNi: $200 (5*5cm); $740 (10*10cm); $2560 (20*20cm) 3.0mg/cm2 FeCoNi: $220 (5*5cm); $800 (10*10cm); $2900 (20*20cm) 4.0mg/cm2 FeCoNi: $240 (5*5cm); $900 (10*10cm); $3200 (20*20cm) | Ask for quote |
| Youveim® E127G(SC) FeCoNi - Gold Plated Stainless Steel Mesh Electrode
| 1.0mg/cm2 FeCoNi: $220 (5*5cm); $800 (10*10cm); $2900 (20*20cm)
2.0mg/cm2 FeCoNi: $240 (5*5cm); $900 (10*10cm); $3200 (20*20cm) 3.0mg/cm2 FeCoNi: $260 (5*5cm); $1000 (10*10cm); $3600 (20*20cm) 4.0mg/cm2 FeCoNi: $280 (5*5cm); $1060 (10*10cm); $4000 (20*20cm) | Ask for quote |
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The above are electrodes prepared by spray coating (SC) process, and screen printing (SPC) or coating (BC) processes can also be used.
Default use [Corrosion resistant stainless steel mesh (thickness 0.25mm, aperture 0.02mm)] Substrate, [Accelerate® FeCoNi nanocatalyst] As a catalyst.
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