tert-Butylamine
Price:Negotiable
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Description
Additional Information
Main Uses
1. Pharmaceutical Intermediates
Antiviral Drugs:
As a key intermediate for oseltamivir phosphate (Tamiflu), used to synthesize its side chain structure and enhance the drug's binding ability to neuraminidase;
Used to prepare antibiotics (such as side chain modifiers for cephalosporin drugs) and antihypertensive drugs (such as angiotensin-converting enzyme inhibitor intermediates).
Central Nervous System Drugs:
Participate in the synthesis of central stimulants and sedative-hypnotics (e.g., tert-butylamine derivatives possess antidepressant activity).
2. Pesticides and Plant Protection
Insecticides and Fungicides:
Used to synthesize carbamate insecticides (such as fenobucarb) and triazole fungicides (such as intermediates for tebuconazole);
As a raw material for herbicides (such as metribuzin) to improve herbicidal activity and selectivity.
3. Rubber and Polymer Materials
Vulcanization Accelerators:
React with aldehydes and amines to generate sulfenamide accelerators (such as TBBS, i.e., N-tert-butyl-2-benzothiazole sulfenamide), accelerating the rubber vulcanization process and improving the physical properties of the products;
Polymer Modification:
As a component of epoxy resin curing agents to regulate curing speed and product toughness;
Used to synthesize tert-butyl containing polymer resins (such as coatings, adhesives) to improve the weather resistance and chemical corrosion resistance of the materials.
4. Other Applications
Surfactants: Synthesize amphoteric surfactants such as tert-butylamino betaine, used in detergents and oilfield oil displacement agents;
Catalysts: Used as basic catalysts for organic reactions (such as Mannich reaction, Michael addition reaction);
Analytical Reagents: Used for amino acid analysis and as masking agents for metal ion complexometric titration. Main Uses
1. Pharmaceutical Intermediates
Antiviral Drugs:
As a key intermediate for oseltamivir phosphate (Tamiflu), used to synthesize its side chain structure and enhance the drug's binding ability to neuraminidase;
Used to prepare antibiotics (such as side chain modifiers for cephalosporin drugs) and antihypertensive drugs (such as angiotensin-converting enzyme inhibitor intermediates).
Central Nervous System Drugs:
Participate in the synthesis of central stimulants and sedative-hypnotics (e.g., tert-butylamine derivatives possess antidepressant activity).
2. Pesticides and Plant Protection
Insecticides and Fungicides:
Used to synthesize carbamate insecticides (such as fenobucarb) and triazole fungicides (such as intermediates for tebuconazole);
As a raw material for herbicides (such as metribuzin) to improve herbicidal activity and selectivity.
3. Rubber and Polymer Materials
Vulcanization Accelerators:
React with aldehydes and amines to generate sulfenamide accelerators (such as TBBS, i.e., N-tert-butyl-2-benzothiazole sulfenamide), accelerating the rubber vulcanization process and improving the physical properties of the products;
Polymer Modification:
As a component of epoxy resin curing agents to regulate curing speed and product toughness;
Used to synthesize tert-butyl containing polymer resins (such as coatings, adhesives) to improve the weather resistance and chemical corrosion resistance of the materials.
4. Other Applications
Surfactants: Synthesize amphoteric surfactants such as tert-butylamino betaine, used in detergents and oilfield oil displacement agents;
Catalysts: Used as basic catalysts for organic reactions (such as Mannich reaction, Michael addition reaction);
Analytical Reagents: Used for amino acid analysis and as masking agents for metal ion complexometric titration. Main Uses
1. Pharmaceutical Intermediates
Antiviral Drugs:
As a key intermediate for oseltamivir phosphate (Tamiflu), used to synthesize its side chain structure and enhance the drug's binding ability to neuraminidase;
Used to prepare antibiotics (such as side chain modifiers for cephalosporin drugs) and antihypertensive drugs (such as angiotensin-converting enzyme inhibitor intermediates).
Central Nervous System Drugs:
Participate in the synthesis of central stimulants and sedative-hypnotics (e.g., tert-butylamine derivatives possess antidepressant activity).
2. Pesticides and Plant Protection
Insecticides and Fungicides:
Used to synthesize carbamate insecticides (such as fenobucarb) and triazole fungicides (such as intermediates for tebuconazole);
As a raw material for herbicides (such as metribuzin) to improve herbicidal activity and selectivity.
3. Rubber and Polymer Materials
Vulcanization Accelerators:
React with aldehydes and amines to generate sulfenamide accelerators (such as TBBS, i.e., N-tert-butyl-2-benzothiazole sulfenamide), accelerating the rubber vulcanization process and improving the physical properties of the products;
Polymer Modification:
As a component of epoxy resin curing agents to regulate curing speed and product toughness;
Used to synthesize tert-butyl containing polymer resins (such as coatings, adhesives) to improve the weather resistance and chemical corrosion resistance of the materials.
4. Other Applications
Surfactants: Synthesize amphoteric surfactants such as tert-butylamino betaine, used in detergents and oilfield oil displacement agents;
Catalysts: Used as basic catalysts for organic reactions (such as Mannich reaction, Michael addition reaction);
Analytical Reagents: Used for amino acid analysis and as masking agents for metal ion complexometric titration.
CAS NO: 75-64-9
EC NO: 200-888-1
Molecular Formula: C4H11N
Molecular Weight: 73.14
Alias: tert-Butylamine; Tert-butylamine; 2-Amino-2-methylpropane; 1,1-Dimethylethylamine; t-BA;
Structure: 
| Industry Category: | Chemicals/Amines/n-Butylamine |
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