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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-N311 Amorphous Aluminum Nickel Alloy Catalyst
English name: Amorphous Aluminum Nickel Alloy Catalyst
CAS No.: 7440-02-0
Properties:
Amorphous aluminum nickel alloy catalyst is manufactured with the latest patented technologies; it is grey black powder; please store in water and solvents, for example, ethyl alcohol.
|
|
ZL-N311 |
|
Ni % |
≥90 |
|
Al % |
≤8 |
|
Mo % |
0.6-1.0 |
|
PH value |
8-11 |
|
ActivitymlH2/min |
≥6 |
|
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 |
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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;
5、Strong anti-poisoning performance;
6、Long serve life, low consumption;
Uses:
This product is a subsititute for traditional Raney nickel catalysts. It is minly used in the catalytic hydrogenation of basic organic chemicals.
ZL-N311 amorphous aluminum nickel alloy catalyst has special activity for hydroxyl hydrogenation, The most typical application is the hydrogenation of glucose to prepare sorbitol. It is also widely used in other fields such as medicine, dyes, greases, perfumes, and hydrogenation of unsaturated resins.
Hydrogenation in high pressure reactor taking glucose as raw material, drawing a hydrogen absorption rate curve
