![]() ![]() ![]() Optimum results, especially with regard to compatibility, are obtained when it is used as the sole dispersing vehicle to make concentrated pigment dispersions. Sufficiently compatible with short-oil alkyds, epoxies, chlorinated rubber, nitrocellulose and acrylics to permit trouble-free use in limited quantities with any industrial system.Įffective with titanium dioxide, yellow oxyde, phthalo blue, quinacridone red, burnt umber.Įffective at all usage levels. Dispersion Forces increases as the number of electrons in a molecule. This interaction also contributes to the intermolecular forces that are responsible for the condensation of hydrogen chloride gas. Efficiently wets and deflocculates most organic and inorganic pigments and then stabilizes the finished dispersion to prevent both hard settling and reagglomeration.įully compatible with many non-aqueous vehicles, including medium-oil alkyds, epoxy esters, oil- and alkyd-modified urethanes, and raw and bodied oils. How elements are arranged in the periodic table in terms of atomic number. Melting and Boiling Points of the Halogens. Wetting, dispersing and stabilizing aid for non-aqueous systems. Dispersion forces that develop between atoms in different molecules can attract the two molecules to. The hardness and melting points of metals increase as the number of. The elements of the zero group in the periodic table are atomic gases. Other nonmetals are gases because dispersion forces between small molecules are weak. Multifunctional Pigment Dispersing Agents. Or The forces of attraction between non-polar molecules which are formed polar. An IDM Properties & Services maintenance call system has been put online to facilitate a more efficient service to the IDM research groups with regards the logging of maintenance jobs and their subsequent monitoring. ![]()
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