Youveim® E260 PtRu/C - Titanium Fiber Paper Electrode
Product Description:
The Youveim® E260 PtRu/C - Titanium Fiber Paper Electrode features a platinum-ruthenium catalyst supported on carbon (PtRu/C) and deposited onto a titanium fiber paper substrate. This electrode is designed to optimize catalytic performance for electrochemical processes that involve carbon monoxide (CO) poisoning, such as methanol oxidation and hydrogen oxidation in fuel cells. The addition of ruthenium helps mitigate the deactivation of platinum in the presence of CO, while the titanium fiber paper provides robust mechanical support, electrical conductivity, and corrosion resistance.
Features:
PtRu/C Catalyst: A platinum-ruthenium alloy supported on carbon, ideal for overcoming CO poisoning in electrochemical reactions, especially in direct methanol fuel cells (DMFCs) and hydrogen fuel cells.
Titanium Fiber Paper Substrate: Provides excellent corrosion resistance, electrical conductivity, and mechanical durability.
High Surface Area: The carbon support and porous structure of the titanium fiber paper increase the electrode’s surface area, enhancing reaction kinetics.
Corrosion Resistance: Titanium ensures the electrode performs reliably even in harsh acidic or alkaline environments.
Advantages:
Mitigates CO Poisoning: The PtRu alloy significantly reduces CO poisoning, allowing for more efficient electrochemical reactions, particularly in methanol-based systems.
High Durability: The titanium fiber paper offers excellent long-term stability in electrochemical processes, especially under high corrosive conditions.
Improved Catalytic Performance: The combination of platinum and ruthenium ensures high activity for fuel cell applications, especially for methanol oxidation.
Enhanced Mass Transport: The porous titanium structure improves the flow of gases and electrolytes, leading to better overall efficiency in electrochemical processes.
Applications:
Direct Methanol Fuel Cells (DMFCs): Ideal for methanol oxidation reactions, overcoming CO poisoning and ensuring efficient fuel utilization.
Proton Exchange Membrane Fuel Cells (PEMFCs): Suitable for hydrogen oxidation in PEM fuel cells, particularly in applications requiring CO tolerance.
Electrochemical Sensors: Can be used in sensors that detect CO or other substances prone to poisoning platinum electrodes.
Industrial Electrolysis: Applicable in environments requiring stable and efficient electrodes for long-term electrochemical reactions, including electrochemical synthesis.
The Youveim® E260 PtRu/C - Titanium Fiber Paper Electrode is optimized for systems that suffer from CO poisoning, particularly in fuel cells and methanol oxidation applications. It combines the catalytic advantages of a PtRu alloy with the durability and stability of titanium, making it a high-performance solution for challenging electrochemical environments.
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Youveim® E260 PtRu/C - Ti Fiber Paper
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Electrode Type | Catalysts loading | Catalysts | Price and Specifications |
Model：E260c(SC)-TIFP025M-04 0.4 mg/cm² 50% PtRu (1:1.5)/HSC - Ti Fiber Paper Electrode
| 0.4 mg/cm² PtRu(1:1.5) | Fueiceel® 50% PtRu(1:1.5) /High Surface Area Carbon | 5x5cm², $160; 10x10cm², $480; 20x20cm², $1440 |
Model：E260c(SC)-TIFP025M-05S 0.5 mg/cm² 50% PtRu (1:1.5)/HSC - Ti Fiber Paper Electrode
| 0.5 mg/cm² PtRu(1:1.5) | Fueiceel® 50% PtRu(1:1.5) /High Surface Area Carbon |
5x5cm², $180; 10x10cm², $540; 20x20cm², $1620 |
Model：E260c(SC)-TIFP025M-05 0.5 mg/cm² 80% PtRu (1:1)/HSC - Ti Fiber Paper Electrode
| 0.5 mg/cm² PtRu(1:1) | Fueiceel® 80% PtRu(1:1) /High Surface Area Carbon |
5x5cm², $180; 10x10cm², $540; 20x20cm², $1620 |
Model：E260c(SC)-TIFP025M-10 1.0 mg/cm² 80% PtRu (1:1)/HSC - Ti Fiber Paper Electrode
| 1.0 mg/cm² PtRu(1:1) | Fueiceel® 80% PtRu(1:1) /High Surface Area Carbon |
5x5cm², $200; 10x10cm², $600; 20x20cm², $1800 |
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For the application of AEM, users can customize other types of adhesives, such as Fumion, PiperION, etc.
Process description: SC is the spraying process, SPC is the screen printing process, BC is the coating process.
Product Description: c is Fueiceel® Platinum ruthenium/high specific surface area carbon catalyst, in addition to carbon black carriers such as Vulcan XC-72 and EC300J.
Default use【Youveim® Research Grade Titanium Fiber Paper-0.25mm、Youveim®Platinized Titanium Fiber Paper - Chemical Plating-0.25mm】As a substrate.
Worldwide shipping via DHL, SF-Express & other requested carriers.
Payments via Bank Transfer, Paypal, Credit card (via Taobao), Alipay, Wechat-pay are accepted.