The 5066N Silicone Defoamer represents an advanced chemical solution engineered for demanding industrial environments where foam suppression and prevention are critical. Composed primarily of organ…
Rapid Defoaming Action: Demonstrates exceptional “knockdown” speed, eliminating existing foam within seconds of initial application.
Persistent Antifoaming: Provides long-term inhibition of foam regeneration, even during high-intensity mechanical agitation or continuous circulation.
Excellent Temperature Stability: Maintains chemical efficiency and physical stability in high-temperature environments, typically exceeding 100°C.
Alkali and Acid Resistance: Functions optimally across a broad pH spectrum, making it ideal for harsh chemical processing conditions.
High Compatibility: Formulated to prevent oil spots or “silicone eye” defects, ensuring uniform surface finishes.
Cost Efficiency: High concentration allows for extremely low dosage requirements, minimizing overall operational costs while maintaining peak performance throughout production.
规格
技术亮点
Chemical Composition: Organically modified polysiloxane emulsion optimized for rapid dispersion in aqueous systems.
Active Content: Typically ranges from 30% to 60%, depending on the specific dilution requirement of the end-user.
Ionic Character: Primarily non-ionic or weakly anionic, ensuring compatibility with a wide range of surfactants and auxiliaries.
Solubility: Readily dispersible in cold or warm water, forming a stable emulsion that does not separate easily.
Environmental Profile: Formulated to be APEO-free and compliant with modern ecological standards for industrial chemicals.
Shear Resistance: Exhibits high mechanical stability under high-speed pumping and high-shear mixing operations, maintaining structural integrity without breaking the emulsion droplets.
实际行业应用
应用领域
Textile Industry: Widely utilized in high-temperature and high-pressure overflow dyeing, printing, and scouring processes for synthetic fibers.
Chemical Manufacturing: Effective in neutralizing foam during the synthesis of resins, adhesives, and various water-based polymer dispersions.
Water Treatment: Applied in industrial wastewater treatment plants to manage foam generated during aeration or chemical neutralization stages.
Pulp and Paper: Used in the bleaching and sizing stages to prevent air entrainment and improve paper formation quality.
Pesticide Production: Incorporated into liquid pesticide formulations to prevent foaming during dilution and application in agricultural spraying equipment.
Adhesive Processing: Ensures smooth application of water-borne glues by eliminating micro-bubbles.
