Pt41 Platinum Based Catalyst , 3.5nm Platinum In Fuel Cells 65m2/G
|Place of Origin:||Created in China|
|Brand Name:||Sino-Science Hydrogen|
|Certification:||IOS9001, IOS14001 quality management system certification|
Payment & Shipping Terms:
|Minimum Order Quantity:||5g|
|Packaging Details:||Professional packaging|
|Delivery Time:||Within one month after order|
|Payment Terms:||T/T, MoneyGram|
Pt41 Platinum Based Catalyst,
3.5nm Platinum Based Catalyst,
65m2/G platinum in fuel cells
Sino-Science Hydrogen High-Performance Platinum-Based Alloy Catalyst Metal Loading Pt41%Co3%
The product adopts a unique formula and technological process to alloy the platinum-carbon catalyst loaded with functional treatment. The overall advantage of the product is very obvious. In terms of impurity content, chloride ions are almost undetectable, and the total content of Fenton ions is less than 150ppm. The particle size reaches 3.5nm; the catalytic activity is high, and the durability is good. Good stability. After 30,000 accelerated aging cycles, the electrochemical active area attenuation is less than 30%, and the mass activity attenuation is less than 30%.
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.
Sino-Science Hydrogen (GuangZhou) Co.,Ltd not only provides catalyst products, we constantly monitor domestic and foreign regulations, and work closely with our R&D center to provide products that meet your air permit requirements.
1.Our experienced team can provide the following services:
A.Project-based catalyst selection and design;
B.Catalyst performance optimization;
C.Technical support during the life cycle of the catalyst and when it is replaced;
D.Catalyst sample analysis and development of customized catalysts (on request)
2.Not only that, we can also provide you with:
A.Catalyst performance evaluation;
Catalyst life prediction;
B.Analysis of performance characteristics.