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Pt C Fuel Cell Platinum Catalyst 1.2-3.0 XRD Particle 7440-06-4 Cas Num
Product Details:
| Place of Origin: | Created in China |
| Brand Name: | Sino-Science Hydrogen |
| Certification: | ISO9001, ISO14001 quality management system certification |
| Model Number: | 40~60% loading |
Payment & Shipping Terms:
| Minimum Order Quantity: | 5g |
|---|---|
| Price: | Negotiable |
| Packaging Details: | Professional packaging |
| Delivery Time: | Within one month after order |
| Payment Terms: | T/T, MoneyGram |
| Supply Ability: | 50KG/months |
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Detail Information |
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| Application: | Hydrogen Production | Store: | Sealed Storage |
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| Oxygen Reduction Mass Activity (Amg-1Pt@0.9VRHE): | 0.18-0.22 | XRD Particle Size (nm): | 1.2-3.0 |
| ProductSpecifications: | Pt/C | Metal Loading (wt.%): | 40-60 |
| High Light: | 7440-06-4 fuel cell platinum catalyst,3.0 XRD fuel cell platinum catalyst,7440-06-4 pt c catalyst |
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Product Description
Sino-Science Hydrogen Fuel Cell Platinum Catalyst High Performance Material
Specification
| Parameter | Technical index |
| ProductSpecifications | Pt/C |
| Metal loading (wt.%) | 40-60 |
| Oxygen reduction mass activity (Amg-1Pt@0.9VRHE) | 0.18-0.22 |
| Application | Hydrogen production |
| Store | Sealed storage |
| Cas | 7440-06-4 |
Description
The catalyst is coated on the proton membrane to form a membrane electrode component. The single cell structure is composed of current collecting plates, bipolar plates, membrane electrodes and other components. Hydrogen enters the system and does not burn, but contacts the membrane electrode to produce an electrochemical reaction, which is directly converted into electrical energy. The hydrogen fuel cell is not a battery in the traditional sense, but a generator. Our product is the core key material of hydrogen fuel cell-platinum carbon catalyst. Our product adopts a brand-new technical route, room temperature preparation process, environmental protection, low energy consumption, and low cost; the product yield is high, and the batch is It is highly consistent with each other, and the impurity ion content is far less than the industry allowable value.
Platinum on carbon is used for catalytic hydrogenations in organic synthesis. Examples include carbonyl reduction, nitro compound reduction, secondary amine production via nitrile reduction, and the production of saturated heterocycles from their respective aromatic compound precursors.
Characteristics
High selectivity and activity, long life, the same system can be recycled more than dozens of times; the amount is small, less than 10% of Raney nickel; the reaction can be carried out at low temperature, low pressure or even normal temperature and pressure. Can be recycled, purified and reprocessed.
