5141 Silicone defoamer represents a sophisticated chemical solution engineered to address persistent foam challenges across diverse industrial sectors. This high-performance emulsion is primarily c…
Rapid knockdown: Eradicates existing foam immediately upon contact, improving turnaround times in batch processing.
Persistence: Delivers sustained foam suppression, preventing re-foaming throughout prolonged mechanical agitation or high-shear circulation cycles.
Thermal stability: Maintains operational efficiency across wide temperature gradients, specifically excelling in hot aqueous environments.
Compatibility: Integrates seamlessly with various ionic surfactant systems, ensuring no phase separation or precipitation occurs.
Cost-effectiveness: Minimal concentration requirements yield maximum performance, reducing overall chemical expenditures and inventory overhead.
Eco-friendly: Low toxicity profile ensures safety for personnel and minimal environmental impact during discharge in compliant industrial wastewater systems. These attributes provide a distinct advantage for operators.
规格
技术亮点
Chemical Basis: Organopolysiloxane emulsion fortified with silica synergists for enhanced interfacial tension reduction.
Solubility: Fully dispersible in water, allowing for easy pre-dilution or direct injection into process streams.
pH Range: Demonstrates robust stability within pH 3.0 to 12.0, suitable for acidic and alkaline conditions.
Viscosity: Optimized fluid rheology allows for accurate metering and dosing via automated pump systems.
Non-Reactive: Chemically inert profile prevents interference with primary chemical reactions or altering of the final product’s physical properties.
Surface Tension: Significantly lowers surface tension of the liquid phase, causing rapid air bubble collapse. This product maintains consistency under high-pressure nozzle spray applications.
实际行业应用
应用领域
Textile Industry: Vital for high-temperature dyeing, printing, and scouring processes where vigorous agitation occurs.
Wastewater Management: Efficiently controls foam in aeration tanks, biological reactors, and effluent discharge channels.
Pulp and Paper: Utilized during pulping, bleaching, and papermaking stages to prevent air entrainment in slurries.
Industrial Cleaning: Essential ingredient in heavy-duty detergents and metal cleaning solutions to prevent excessive foam.
Agricultural Formulations: Used as a tank-mix adjuvant to reduce foaming during the application of pesticides and herbicides.
Petrochemicals: Controls foam during drilling, refining, and gas processing operations, ensuring high throughput and equipment safety. Overall, it is essential for modern manufacturing efficiency.
