High-Performance Gemini TMDD Surfactant: Wetting, Defoaming & Dispersion for Water-Based Systems

Discover the advanced capabilities of our nonionic acetylenic diol-based Gemini TMDD surfactant (CAS 126-86-3). Engineered for excellence in water-based formulations, it delivers exceptional wetting, dynamic foam control, and superior pigment dispersion. As a leading manufacturer and supplier in China, we offer this high-performance additive to elevate your coatings, inks, and adhesive products.

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Key Advantages of Our Gemini TMDD Surfactant

Exceptional Wetting Performance

Our 2,4,7,9-Tetramethyl-5-decyne-4,7-diol significantly improves the ability to wet various substrates, even under dynamic conditions. This makes it a critical component for achieving uniform and defect-free surfaces in coatings and inks.

Effective Foam Control

This Gemini surfactant offers robust defoaming and foam suppression capabilities. It effectively reduces surface tension, leading to stable viscosity and preventing foam issues that can plague water-based formulations.

Versatile Multi-Functionality

Beyond wetting and defoaming, this acetylenic diol surfactant enhances pigment dispersion, contributing to better color strength and stability in paints, inks, and other pigmented systems. Buy this all-in-one solution from our reliable factory.

Broad Application Spectrum

Coatings and Inks

Essential for automotive, paper, industrial, wood, and can coatings, as well as waterborne and inkjet inks, improving substrate wetting and reducing foam during application.

Adhesives and Emulsions

Enhances performance in PSA, label, packaging, and laminated adhesives, as well as in various emulsions and pigment dispersions, ensuring stable and effective formulations.

Textile and Leather

Utilized in textile printing and leather auxiliary applications, improving wetting and overall processing efficiency for enhanced product quality.

Metalworking and Electronics

Finds use in metalworking fluids, electroplating, and electronic chemicals, where precise surface tension control and wetting are critical for optimal results.