Application

Silicone oils are highly compatible with alcohols and other cosmetic ingredients, and are used as additives in a wide range of cosmetic products and personal hygiene items.

Boctok offers high-quality silicone coupling agents for synthetic silicone fluids/silicone oils, such as aminosilanes, diaminesilanes, vinylsilanes, mercaptosilanes, and others.

Used as molding gaskets for automobiles, windshield seals, crown protection for electronic and electrical connectors, etc.

Due to its excellent modeling ability and good release properties, silicone rubber is widely used in the production of soft molds.

Used for sealing and waterproofing electronic and electrical components, it is moisture-resistant, impact-resistant, resistant to sudden temperature changes and chemical corrosion.

Used for bonding glass and metal curtain walls, roof sealing, door and window sealing, all types of swimming pools, and sealing tile adhesive.

Boctok silanes are primarily used as tackifiers, surface modifiers, binders, moisture absorbers, and sealants in adhesives and sealants, providing the following properties: reducing adhesive viscosity, improving dispersion of fillers and pigments, enhancing workability and base adhesion, increasing bond strength in both wet and dry conditions and prolonging the durability of joints, preventing premature vulcanization of the adhesive, improving product stability during storage, enhancing uniformity of adhesive curing, increasing elongation at break, and improving tensile elongation. They also enhance homogeneity and elongation at break.

Silane technologies are gaining increasing attention as the paint and coatings industry becomes more stringent regarding regulations on volatile organic compound content, as well as the need to enhance the physical properties and extend the service life of coatings. Silane coupling agents are primarily used to modify fillers, resins, and primers in paints, mainly serving the following functions: improving adhesion, water resistance, resistance to atmospheric effects and abrasion of the coating film on the substrate, enhancing the compatibility and dispersibility of organic resin with pigments and fillers, improving the blending performance of the base resin, and increasing the surface hardness of the coating film.

The technology of pretreatment using silane compounds is characterized by its environmental friendliness and efficiency. As a pretreatment layer, silane film not only improves the condition of the substrate surface and enhances adhesion between the coating and the substrate, but also serves as an independent protective coating that acts as a physical barrier against the penetration of aggressive substances.

Silane-based binder agents in wires and cables are primarily used as blending agents and viscosity-enhancing agents to impart the following properties to materials: improved thermal deformation stability and mechanical strength of the modified material, enhanced electrical properties of the modified material in wet conditions, increased chemical resistance of the modified material, and higher filler content while improving processability.