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2.0nm XRD Pem Fuel Cell Materials , Platinum Sponge 40 PtLoading
Product Details:
| Place of Origin: | Created in China |
| Brand Name: | Sino-Science Hydrogen |
| Certification: | ISO9001, ISO14001 quality management system certification |
| Model Number: | 40% 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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| ProductSpecifications: | Pt/C | PtLoading(wt.%): | 40 |
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| Water Solubility: | Insoluble | Sample: | Available |
| DurabilityTest: | <25% | XRDCrystalliteSize（nm）: | <2.0 |
| High Light: | 2.0nm XRD pem fuel cell materials,pem fuel cell materials,40 PtLoading platinum sponge |
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Product Description
Sino-Science Hydrogen Fuel cell core material High-performance platinum-carbon catalyst 40% loading
Specification
| Parameter | Technical index |
| ProductSpecifications | Pt/C |
| PtLoading(wt.%) | 40 |
| Water solubility | Insoluble |
| Sample | Available |
| DurabilityTest | <25% |
| Cas | 7440-06-4 |
Description
Our platinum-carbon catalyst adopts a unique water-based preparation process, has the characteristics of more stable production, and contains almost no impurities such as chloride ions that are harmful to the life of hydrogen fuel cells. And the product as a whole has the advantages of high cost performance, good stability, strong process adaptability, high yield, and suitable for personalized customization.
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.
Technology
A new technical route from 0 to 1, using an aqueous solution system and a preparation process close to room temperature, which is environmentally friendly, low energy consumption, and low preparation cost; the product yield is high, the batch is highly consistent, and the content of chloride ions and other impurity ions is far less than the industry allowable value.
