Dimethyl Silicone Fluid (PDMS) for Textiles: Softening & Water Repellency

Unlock a new era of fabric excellence with our premium Dimethyl Silicone Fluid (PDMS), engineered to deliver unmatched softness, superior water repellency, and lasting durability for all your textile innovations.

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Product Advantages: Enhancing Performance and Efficiency

Superior Fabric Hand Feel

Our Dimethyl Silicone Oil 1000 is engineered to provide an exceptional soft and velvety feel, directly enhancing the fabric hand feel desired by consumers. It offers high spreadability and compatibility, ensuring uniform application and consistent results.

Outstanding Water Repellency

With its high water repellency, this silicone fluid is ideal for creating protective finishes, ensuring textiles remain resistant to moisture. Its low surface energy helps to achieve effective waterproofing without compromising fabric breathability.

Versatile Industrial Performance

Beyond textiles, its excellent heat stability and high dielectric strength make it a superior choice for a variety of industrial applications. It acts as an effective foam preventive, enhancing efficiency in processing, and is oxidation-, chemical-, and weather-resistant.

Key Applications

Textile Finishing & Softening

Dimethyl Silicone Oil 1000 is primarily used as a premier textile auxiliary for fabric softening, imparting a luxurious, smooth finish. It's an essential component for those looking to buy polydimethylsiloxane for fabric finishing.

Waterproofing & Protective Coatings

Leverage its high water repellency to formulate durable protective coatings for textiles, leather, and various surfaces, providing long-lasting water resistance.

Personal Care & Cosmetics

In personal care, it's valued for imparting a soft, velvety skin feel and aiding in the spreadability of formulations. It is a key ingredient for high-purity dimethicone for skin care applications.

Industrial Lubrication & Release

From mold release agents to general industrial lubricants and damping fluids, its high shearability and chemical stability ensure reliable performance in demanding manufacturing environments.