Adamantane NEW

Application:

1 Mainly used for the synthesis of anti-cancer, anti-tumor and other specific drugs. It can also be used to prepare advanced lubricants, photographic surfactants, pesticides, catalysts and so on. The hydrogen on the bridgehead carbon atom (i.e. 1,3,5,7) is prone to substitution. For example, amantadane reacts with excess bromine to form 1-bromoamantadane; It reacts with nitrogen dioxide at 175℃ to produce 1-nitroamantadane. It is oxidized with chromium trioxide and acetic acid to produce 1-adamantol. Amantadane can also be prepared by isomerization of tetrahydrodipolycyclopentadiene in the presence of anhydrous aluminum chloride. Its derivatives can be used as drugs, such as 1-amino-amantadine hydrochloride and 1-amantadine ethylamine hydrochloride, to prevent influenza caused by A2 virus.

2 amantadane is used to synthesize amantadane derivatives. Commonly used as drug intermediates, can also be used as photosensitive material raw materials; Epoxy resin curing agent; Intermediates of cosmetics and surfactants.

3 For the production and synthesis of pharmaceutical intermediates; Pesticide intermediates; Veterinary drug intermediates; Rubber and photosensitive materials; The field of information technology. Amantadane is a ring tetrahedral hydrocarbon containing 10 carbon atoms and 16 hydrogen atoms, the basic structure of which is chair cyclohexane, which is a highly symmetrical and very stable compound. Adamantane has the following characteristics: (1) very stable to light; (2) Good lubrication; (3) extremely lipophilic: (4) basically odorless, is a sublimate; (5) Although the reactivity is not as good as benzene, it is very easy to synthesize its derivatives.

4 A cyclic tetrahedral hydrocarbon containing 10 carbon atoms and 16 hydrogen atoms, the basic structure of which is chair cyclohexane, which is a highly symmetrical and very stable compound. It is very stable to light, good lubrication, extremely lipophilic, basically odorless, and is a sublimate. Although not as reactive as benzene, it is very easy to synthesize its derivatives.