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Graphic Arts & Inks
Nanjing Shuguang Chemical Group
SG-Ti 503, in the form of a light red clear liquid, is a titanate coupling agent. This product can be used in printing inks, paints, and coatings. It will increase the heat-resistance, chemical resistance, and water-resistance of the end product.
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SG-Ti 5105, in the form of a light red, clear liquid, is a titanate coupling agent. This product can be used in paints and printing inks. A cross-linking reaction could occur between acetylacetonate titanium and reactive groups in substrate, inks, and coating materials and a bridge would be formed. This bridging action by the titanate between the resin and the substrate increases the adhesion power of printing inks and paints. It also increases the heat-resistant, chemical resistance, and water-resistance of the end product.
SG-Ti 595, in the form of a light red, clear liquid, is a titanate coupling agent. With the evaporation of solvents after application of this product, a cross-linking reaction could occur between acetylacetonate titanium and reactive groups in the substrate, ink or coating materials, and a bridge would be formed. This product will increase heat resistance, chemical resistance, and water resistance in the end product. The bridging action described improves the adhesion power of printing inks and paints.
SG-TnBT, in the form of a light yellow clear liquid, is a titanate coupling agent. This product can be used in polyester lacquers to prepare high-temperature paints. It can be used in cross-linking reactions to improve the adhesion between an adhesive and a polymer and to enhance the adhesion of inks to a substrate.
SG-Zr 802, in the form of a yellowish to brown organic liquid, is a zirconate coupling agent. This product can be used in adhesives and printing inks as a catalyst for cross-linking resins, which improves the binding force and adhesion to the substrate surface. It can also be used in the electronic industry as a surface treatment for inorganic minerals to improve the dielectric properties of the composites.