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Basic Chemicals

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Basic Chemicals- Page 24

Discover Aure Chemical’s Basic Chemicals — a comprehensive portfolio of high-quality chemical materials serving a wide range of industries. From industrial manufacturing and pharmaceutical synthesis to laboratory research, electronic materials, energy solutions, and environmental applications, our products are engineered for exceptional purity, stability, and performance. Aure Chemical delivers reliable solutions that support innovation in chemical processing, formulation, and advanced material development. Page 24 offers additional options to meet your needs. Explore our diverse catalog to find the ideal chemical ingredients and intermediates for your projects.


  • Tri(2-ethylhexyl)amine CAS 1860-26-0

    Tri(2-ethylhexyl)amine CAS 1860-26-0

    Aure Chemical supplies high-quality Tri(2-ethylhexyl)amine CAS 1860-26-0 used in extraction agents, surfactants, plastic additives, organic synthesis, and specialty chemical applications. Explore key characteristics and reasons to choose Aure Chemical.

  • Pentylamine CAS 110-58-7

    Pentylamine CAS 110-58-7

    Aure Chemical supplies high-purity Pentylamine CAS 110-58-7 for pharmaceutical intermediates, organic synthesis, and surfactant production. Learn about its key applications, performance benefits, and why Aure Chemical is the trusted global supplier.

  • Diamylamine CAS 2050-92-2

    Diamylamine CAS 2050-92-2

    Aure Chemical supplies high-purity Diamylamine CAS 2050-92-2 used in surfactant production, agrochemical intermediates, and specialty organic synthesis. Explore its key characteristics, application fields, and advantages of sourcing from Aure Chemical.

  • Tripentylamine CAS 621-77-2

    Tripentylamine CAS 621-77-2

    Aure Chemical provides high-purity Tripentylamine CAS 621-77-2, used in surfactant intermediates, organic synthesis, and specialty chemical formulations. Learn its key characteristics, comprehensive application fields, and advantages of sourcing from Aure Chemical.

  • Heptylamine CAS 111-68-2

    Heptylamine CAS 111-68-2

    Aure Chemical supplies high-quality Heptylamine CAS 111-68-2, used in surfactant intermediates, corrosion inhibitors, organic synthesis, and specialty chemical formulations. Learn its key characteristics, application areas, and sourcing advantages from Aure Chemical.

  • Allylamine CAS 107-11-9

    Allylamine CAS 107-11-9

    Aure chemical Allylamine (CAS 107-11-9) for polymer synthesis, pharmaceutical intermediates, and specialty chemical manufacturing. High purity, reliable supply, and strong reactivity suitable for diverse industrial applications.

  • Diallylamine CAS 124-02-7

    Diallylamine CAS 124-02-7

    Diallylamine (CAS 124-02-7) is used in polymer monomers, pharmaceutical intermediates, and agrochemical synthesis. High-quality supply and technical support from Aure Chemical.

  • Triallylamine CAS 102-70-5

    Triallylamine CAS 102-70-5

    Aure Chemical supplies high-purity Triallylamine (CAS 102-70-5), a colorless to yellowish liquid used in polymer modification, specialty chemical synthesis, and agrochemical intermediates. Key properties include its molecular weight, linear formula, density, boiling point, solubility, and flash point. Ideal for applications requiring reactive allyl-functional tertiary amines.

  • N-Ethylbutylamine CAS 13360-63-9

    N-Ethylbutylamine CAS 13360-63-9

    Aure Chemical supplies high-quality N-Ethylbutylamine (CAS 13360-63-9), a clear organic liquid used in pharmaceutical intermediates, agrochemical synthesis, and specialty chemicals. Key properties include its linear formula, molecular weight, density, boiling point, solubility, and flash point. Suitable for applications requiring versatile alkyl amine structures.

  • 3-Dimethylaminopropylamine (DMAPA) CAS 109-55-7

    3-Dimethylaminopropylamine (DMAPA) CAS 109-55-7

    Aure Chemical's high-purity 3-Dimethylaminopropylamine (DMAPA), CAS 109-55-7, is a clear liquid with a strong ammonia odor. It has a Molecular Weight of 102.18 g/mol, a Boiling Point of 134 °C, and a Flash Point of 32 °C. DMAPA is crucial for manufacturing surfactants (especially personal care betaines), polyamides, epoxy curing agents, and ion-exchange resins.

Need Basic Chemicals for Your Projects?

Contact Aure Chemical to enquire about SDS, COA, TDS and other documentation, learn about packaging and shipping details, and obtain high-quality Basic Chemicals tailored specifically to your industrial or research needs. Request quotes today!

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