TBAEMA and DMAEMA

Tert. Butyl Amino Ethyl Methacrylate (TBAEMA)

Dimethylaminoethyl methacrylate (DMAEMA)

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    Main Benefits

    TBAEMA

    • Excellent adhesion to substrates
    • Hydrophobicity
    • Dispersion power
    • Anti-bacterial and anti-viral properties

    DMAEMA

    • Adhesion – when build into acrylate polymer emulsions adhesion of the product will be improved
    • Compatibility – Functional group into the acrylate backbone will increase interaction between different products
    • Chemical resistance – Coatings based on DMAEMA systems show better resistance to cleaning agents
    • Dispersion – Functional group in DMAEMA improves dispersion of particle and particular pigments
    • Cationic properties – Most used property of the product. Polymers can be made water soluble or dispersible.

    Key applications

    TBAEMA is mainly used in the manufacture of specialty polymers. Its main application is in construction polymers where the incorporated TBAEMA will provide excellent filler dispersion making the construction formulations cheaper.

     

    DMAEMA can be polymerised with other monomers to form polymers of interest in a variety of applications, for example, flocculants, adhesion promoter and gloss improver in latex paints, resins makers (all Acrylates/Methacrylates), viscosity index improvers, automotive coatings, detergent and sludge dispersant in lubricating oils, retention aids for paper making, widely used into polymer products in water treatment

    Dispersions/Emulsions | Health and Cosmetics | Paper & Water | Reactive Systems | Flocculants | Latexes | Paints | Coatings, automotive | Detergents | Oil | Paper

    Product Description

    Tert. Butyl Amino Ethyl Methacrylate (TBAEMA)

    CAS N° 3775-90-4

    Formula: C10H19O2N

    2-Dimethylaminoethyl methacrylate (DMAEMA)

    CAS N° 2867-47-2

    Formula: C8H15NO2

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