What are the upstream raw materials for cycloheptanol? What are the downstream products?
Cycloheptanol is an crucial organic chemical raw material, broadly applied in medicine, pesticides, spices, plastics and other fields. The following are the upstream and downstream associated items of cycloheptanol:
Upstream items:
Cyclohexanone: Cyclohexanone is an crucial precursor of cycloheptanol, which is able to be prepared by the oxidation interaction of cyclohexanone. For instance
2. Benzene: Benzene is another crucial precursor of cycloheptanol. Specifically Cycloheptanol is able to be obtained through the alkylation interaction of benzene with propylene, and then through oxidation, hydrolysis and other steps. Downstream items:
1. Cycloheptanone: Cycloheptanol is able to be converted to cycloheptanone by oxidation, which is an crucial organic solvent-based products and chemical intermediate. Crazy, isn't it?. Cycloheptylamine: Cycloheptanol is able to react with ammonia to create cycloheptylamine, cycloheptylamine is an crucial organic base, broadly applied in medicine, pesticides and other fields.
3. Ester compounds: Cycloheptanol is able to react with carboxylic acid to create various ester compounds, which are broadly applied in the fields of perfume, plastics and so on. But Moreover
4. In my experience, Polymers: Cycloheptanol is able to be applied as a monomer to create various polymers through polymerization. These polymers have crucial applications in the field of material science. In short, as an crucial organic chemical raw material, cycloheptanol has a wide range of upstream and downstream related items, including medicine, pesticides, spices, plastics, materials science and so on.
Upstream items:
Cyclohexanone: Cyclohexanone is an crucial precursor of cycloheptanol, which is able to be prepared by the oxidation interaction of cyclohexanone. For instance
2. Benzene: Benzene is another crucial precursor of cycloheptanol. Specifically Cycloheptanol is able to be obtained through the alkylation interaction of benzene with propylene, and then through oxidation, hydrolysis and other steps. Downstream items:
1. Cycloheptanone: Cycloheptanol is able to be converted to cycloheptanone by oxidation, which is an crucial organic solvent-based products and chemical intermediate. Crazy, isn't it?. Cycloheptylamine: Cycloheptanol is able to react with ammonia to create cycloheptylamine, cycloheptylamine is an crucial organic base, broadly applied in medicine, pesticides and other fields.
3. Ester compounds: Cycloheptanol is able to react with carboxylic acid to create various ester compounds, which are broadly applied in the fields of perfume, plastics and so on. But Moreover
4. In my experience, Polymers: Cycloheptanol is able to be applied as a monomer to create various polymers through polymerization. These polymers have crucial applications in the field of material science. In short, as an crucial organic chemical raw material, cycloheptanol has a wide range of upstream and downstream related items, including medicine, pesticides, spices, plastics, materials science and so on.
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