หมวดหมู่สินค้า: Fuel Cell Components
Pt-Ir Black แพลทินัม-อิริเดียมแบล็ก เป็นตัวเร่งปฏิกิริยาแบบผงที่ประกอบด้วยแพลทินัม (Pt) และอิริเดียม (Ir), Palladium Iridium แพลเลเดียม-อิริเดียม เป็นวัสดุตัวเร่งปฏิกิริยาที่ประกอบด้วยแพลเลเดียม (Pd) และอิริเดียม (Ir), Iridium on Vulcan อิริเดียมบนคาร์บอน Vulcan โดยมีอิริเดียม (Ir) กระจายตัวอยู่บนคาร์บอน Vulcan ซึ่งทำหน้าที่เป็นวัสดุรองรับ
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03 กันยายน 2569
ผู้ชม 9 ผู้ชม
Pt-Ir Black , Palladium Iridium , Iridium on Vulcan
| Pt-Ir Black |
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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Pt-Ru-Ir Black(1:1:1 Ratio)
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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| Palladium Iridium |
20% Wt Palladium Iridium (3:1 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Wt Palladium Iridium (1:1 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Wt Palladium Iridium (1:3 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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40% Wt Platinum Iridium (1:1 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Wt Platinum Iridium (3:1 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Wt Platinum Iridium (1:3 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Wt Platinum Iridium (1:1 Atomic ratio) on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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| Iridium on Vulcan |
40% Iridium on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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20% Iridium on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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10% Iridium on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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5% Iridium on Vulcan XC-72
Description
Platinum (Pt) and Iridium (Ir) are essential noble metal catalysts that drive the core reactions in hydrogen energy systems, particularly in PEM Fuel Cells and PEM Electrolyzers.Platinum is the benchmark Fuel Cell Catalyst, enabling the Oxygen Reduction Reaction at the cathode. Its exceptional activity and corrosion resistance in acidic environments deliver high power output and long-term stability.Iridium, on the other hand, is the key electrolyzer catalyst, responsible for the Oxygen Evolution Reaction at the anode. With its stable IrO₂ layer, Iridium offers unmatched durability and efficiency under harsh oxidative and acidic conditions, ensuring reliable water-splitting performance.
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