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- Amorphous??Aluminum Nickel?Alloy?Powder
- ZL-N211 Amorphous Aluminum Nickel Alloy Catalyst
- ZL-N311 Amorphous Aluminum Nickel Alloy Catalyst
- ZL-N411/SRNA-4 Amorphous Aluminum Nickel Alloy Catalyst
- ZL-N511 Amorphous Aluminum Nickel Alloy Catalyst
- Amorphous Raney Co Catalyst
- Amorphous Raney Cu Catalyst
- Palladium-carbon, ruthenium-carbon noble metal catalyst
- PDS desulfurizing agent
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Product name: ZL-N211 Amorphous Aluminum Nickel Alloy Catalyst
English name: Amorphous Aluminum Nickel Alloy Catalyst
CAS No.: 7440-02-0
Properties:
ZL-N211 amorphous aluminum nickel alloy catalyst is white powder, please store in solvents, such as, water and ethyl alcohol
|
|
ZL-N211 |
|
Ni % |
≥90 |
|
Al % |
≤8 |
|
PH value |
8-11 |
|
ActivitymlH2/min |
≥5 |
|
Particle size distribution |
Even 50µm or according to customer requirement |
|
Appearance |
Grey or black grey amorphous particle |
|
Specific gravity |
2.0 g/cm3 |
|
Packaging specification |
25 Kg、30Kg/plastic drum or according to customer requirement; water sealing |
|
Storage and transportation |
Store in cool and dry warehouse; keep upright |
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Safety |
Hazardous article, please dot not bulk and transport with inflammable material; prohibit leakage |
Product features:
1、High activity, short reaction time, high hydrogen absorption;
2、High raw material transformation rate, high selectivity;
3、High rate of settlement, easy separation of products;
4、Strong magnetic, especially suitable for fast magnetic separation;
Uses:
This product is a subsititute for traditional Raney nickel catalysts, and it is widely used in catalytic hydrogenation of basic organic chemicals. It can be used for hydrogenation of organic carbon-carbon bonds, hydrogenation of carbon-nitrogen bonds, hydrogenation of nitroso compounds and nitro compounds, hydrogenation of azo and oxidized azo compounds, imines, and diazonium dibenzyl.
Compared with other amorphous catalysts, ZL-N211 amorphous aluminum nickel alloy catalyst has slightly lower activity. It is commonly used in reactions such as hydrogenation and selective hydrogenation.
