Sodium Acrylic Thickener is a high-efficiency acrylic polymer-based viscosity modifier specifically engineered for liquid detergent, cleaner, gel, coating, emulsion, textile, and industrial chemical formulations. This premium thickener ensures stable viscosity, smooth texture, and uniform consistency, enhancing the quality and performance of your products. It easily disperses in water and activates viscosity development upon neutralization, providing excellent clarity and controlled flow properties. The thickener's non-ionic/anionic nature guarantees compatibility and stability with various surfactants, salts, and common formulation ingredients, making it ideal for detergents, floor cleaners, fabric care products, agricultural solutions, emulsions, coatings, and construction chemicals. Sodium Acrylic Thickener delivers reliable long-term viscosity control, improving suspension and stability in demanding industrial and commercial manufacturing applications.
Key Features
| Features | Description |
|---|---|
| Polymer Type | Acrylic polymer-based viscosity modifier |
| Dispersion | Easily disperses in water |
| Viscosity Development | Activated upon neutralization |
| Compatibility | Stable with surfactants, salts, common formulation ingredients |
| Application Range | Detergents, cleaners, gels, coatings, emulsions, textiles, industrial chemicals |
| Effect on Product | Creates stable viscosity, smooth texture, and uniform consistency |
| Clarity | Provides excellent clarity and flow control |
| Usage | Suitable for industrial, commercial, and manufacturing formulations |
| Long-term Stability | Ensures consistent thickening and suspension over time |
| Attributes | Description |
|---|---|
| Chemical Nature | Non-ionic/anionic acrylic polymer |
| Physical State | Liquid or dispersion |
| Solubility | Water dispersible |
| Viscosity Range | Variable based on concentration and neutralization |
| pH Range for Activation | Neutral to slightly alkaline |
| Compatibility | Surfactants, salts, emulsifiers, and typical formulation ingredients |
| Applications | Detergents, floor cleaners, fabric care, agricultural formulations, coatings, emulsions, construction chemicals |
| Color | Clear or slightly opaque depending on formulation |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Sodium Acrylic Thickener disperses readily in water and develops viscosity upon neutralization, creating a stable polymer network that maintains consistent viscosity and prevents phase separation in detergent formulations.
Yes, its non-ionic/anionic nature ensures stable compatibility with various surfactants, salts, and typical formulation ingredients used in cleaning and detergent products.
Absolutely. It is suitable for emulsions, coatings, and agricultural formulations where consistent viscosity and stable suspension are critical.
The thickener is activated and develops viscosity optimally within a neutral to slightly alkaline pH range, making it versatile across various formulations.
Sodium Acrylic Thickener typically provides excellent clarity and helps maintain the visual quality of formulations such as detergents and coatings.
Country Of Origin: India
A high-efficiency acrylic polymer thickener used to create stable viscosity, smooth texture, and uniform consistency in liquid detergents, cleaners, gels, coatings, emulsions, textile formulations, and industrial chemical systems.
Sodium Acrylic Thickener is a premium acrylic polymer-based viscosity modifier designed to provide consistent thickening, suspension, and stability in a wide range of liquid formulations. It disperses easily in water and develops viscosity on neutralization, offering excellent clarity and flow control. Suitable for detergents, floor cleaners, fabric care liquids, agricultural formulations, emulsions, coatings, and construction chemicals, it helps achieve smooth consistency and improved product performance. Its non-ionic/anionic nature ensures stable compatibility with surfactants, salts, and common formulation ingredients. Ideal for industrial, commercial, and manufacturing applications requiring reliable, long-term viscosity stability.
