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    How does the adhesion of paints and coatings affect their performance?

    The adhesion of paint or coating to the surface is a crucial parameter to determine its performance and service life. There are a number of external factors such as humidity, temperature, wind, dust, etc. that may directly or indirectly affect the performance of the coatings.

    It becomes essential to ensure that the coating doesn’t peel off, especially in industrial applications, which otherwise could cost a ton of money in maintenance, or sometimes could even lead to catastrophes.

    Technology

    Adhesion promoters play a crucial role in modifying the surface/interface which facilitates the strong bonding on it. They are used as molecular bridges to link organic and inorganic surfaces; and are typically used when there is a substantial mismatch in surface energy between two surfaces intended to be adhered. Commonly used in performance coatings, adhesives and sealants, which are typically used in aerospace, automotive and infrastructure sectors.

    They are widely used to make coatings versatile and configure them for use over different types of substrates; for example, adhering plastic to plastic, metal to metal, or plastic to metal. Selection of appropriate promoter depends on the chemistry of the surfaces to be adhered, environmental factors, temperature and desired strength; and determines performance and longevity of the bond.

    Our Products

    Additive PMA-400

    Description
    Advantages
    Additive PMA 400 is an organic-inorganic complex compound which is used to increase tint power of the pigment along with improvement in dispersion & anti-settling properties of pigment and extender.
    • Significantly reduces grinding time of pigment by 30-50 %.
    • Increases tint power of the pigment; thereby reducing pigment consumption by 10-30 %.
    • In Paint Applications, TiO2 can be replaced by 30-50 % clay without affecting gloss & hiding properties of the paint.
    • Improves adhesion of coatings.
    • Improves anti-settling and wetting of the pigment

    Additive PMA-700W

    Description
    Advantages

    Additive PMA 700-W is a high-performance organic-inorganic complex compound that is used as a wetting and dispersing agent for waterborne coatings since it offers efficient viscosity reduction in grinding mill base and also enhances color intensity of organic and inorganic pigments. It is also used in water-based ink and pigment paste to increase the tint power of the pigment along with improvement in dispersion & anti-settling properties of pigment and extender.

    • Excellent wetting and dispersing properties.
    • Fast dynamic surface wetting.
    • Does wet out inhomogeneous surfaces perfectly and prevents surface defects on low energy surfaces.
    • Excellent pore filling property on wood.
    • Improves gloss of the system.
    • Minimizes micro- and macro-Foam formation.

    Additive SC-4

    Description
    Advantages

    Additive SC-4 is a specially formulated product developed by creating an organic-inorganic metal complex, a coupling agent between unsaturated polyesters and inorganic fillers or pigments, by forming an atomic functional monolayer over fillers. It significantly impacts the compatibility of organic resins with inorganic fillers which are otherwise less compatible

    • Increases reinforcement properties of the system such as scratch & impact resistance.
    • Stops agglomeration of fillers.
    • Significant reduction in age cracking of the application.
    • Enhances flame-retardance properties.

    Additive SC-5

    Description
    Advantages

    Additive SC-5 is a coupling agent which acts as a molecular bridge between two dissimilar substrates such as organic-inorganic compounds, such as unsaturated polyesters and inorganic fillers or pigments, by forming atomic functional monolayer over fillers. It reacts at the interface and leads to the formation of organic monomolecular layers on the surface. Inorganics treated by this additive are hydrophobic organophilic and organofunctional which enhances dispersibility, bonding & chemical interaction with the polymer/organic phase.

    • Brings down melt viscosity of the virgin polymer at higher inorganic loadings (above 50%) & improves mechanical properties with aging.
    • Improves impact strength when used in filled polymers.
    • Reduces/replaces water & air content in pigment with polymer when it is monolayered with pigment particulate. Thus, it eliminates sources of mechanical degradations such as corrosion, aging & loss of other physiochemical properties by making composite moisture & void-free.

    To deliver sustainable solutions that enhance the performance and aesthetics of the paints and coatings for different applications, enabling our customers to be a step ahead of the competitors and develop a benchmark in upcoming technologies for paints and coatings.

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