Since the product has no H available for transfer on N, the product is stable, and the reaction can be used to identify a secondary amine, that is, a yellow oily liquid or solid after the reaction, which is considered to be a secondary amine.
It is classified into four major classes: primary amines, secondary amines and tertiary amines and polyamines. The tertiary amine depends on the number of hydrogen atoms in the ammonia which are replaced by an alkyl group.
Hydrogenated tallow primary amine
It is classified into four major classes: primary amines, secondary amines and tertiary amines and polyamines. The tertiary amine depends on the number of hydrogen atoms in the ammonia which are replaced by an alkyl group.
Hydrogenated Palmitic Primary Amine
Product use: used in fertilizer anti-caking agent, mineral flotation agent, asphalt emulsifier, antistatic agent, fiber auxiliaries, grease additives, textile, printing and dyeing auxiliaries.
The tertiary amine depends on the number of hydrogen atoms in the ammonia which are replaced by an alkyl group.
Product use: used in fertilizer anti-caking agent, mineral flotation agent, asphalt emulsifier, antistatic agent, fiber auxiliaries, grease additives, textile, printing and dyeing auxiliaries.
It is classified into four major classes: primary amines, secondary amines and tertiary amines and polyamines. The tertiary amine depends on the number of hydrogen atoms in the ammonia which are replaced by an alkyl group.
Distilled Tallow Primary Amine
Product use: used in fertilizer anti-caking agent, mineral flotation agent, asphalt emulsifier, antistatic agent, fiber auxiliaries, grease additives, textile, printing and dyeing auxiliaries.
Distilled Hydrogenated Tallow Primary Amine
A fatty amine is a large class of organic amine compounds with a carbon chain length in the range of C8-C22.
Distilled hydrogenated palmitic primary Amine
It is classified into four major classes: primary amines, secondary amines and tertiary amines and polyamines.
Distillation Octadecyl Primary Amine
The tertiary amine depends on the number of hydrogen atoms in the ammonia which are replaced by an alkyl group.
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