Discover the Versatility of Aluminum Magnesium Silicate
Explore the essential properties and diverse applications of this key inorganic chemical compound.
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Aluminum Magnesium Silicate
Aluminum Magnesium Silicate (2:1:2) is a premium inorganic chemical known for its exceptional thickening and suspending capabilities. Its high purity and consistent properties make it an invaluable ingredient across a multitude of demanding industries.
- Leverage the unique properties of Aluminum Magnesium Silicate for enhanced product stability and texture in your cosmetic formulations.
- Explore the benefits of using Aluminum Magnesium Silicate as a suspending agent in pharmaceutical preparations to ensure consistent dosage.
- Discover how the specific Aluminum Magnesium Silicate viscosity profile can optimize performance in paints and coatings applications.
- Investigate the use of Aluminum Magnesium Silicate in lithium battery technology for improved performance and longevity.
Key Advantages
Exceptional Rheological Properties
With a viscosity typically ranging from 800-2200cps in a 5% dispersion, this material provides excellent thickening and suspension, crucial for products requiring stable formulations.
Broad pH Compatibility
Its ability to remain stable across a wide pH range, including alkaline conditions (pH 9-10), makes it suitable for diverse product formulations without degradation.
High Purity and Safety
Assayed at 99%, this compound is tasteless, odorless, and slippery, ensuring it integrates seamlessly into sensitive applications like nursing care products and medicines.
Key Applications
Cosmetics & Personal Care
As a vital ingredient in cosmetics, it enhances texture and stability, contributing to the desired feel and performance of lotions, creams, and other personal care items.
Pharmaceuticals & Nursing Care
Its role as a suspending agent and thickener is critical in pharmaceutical suspensions and nursing care products like toothpaste, ensuring ingredient uniformity and product integrity.
Industrial Coatings & Paints
This material improves the application properties of paints and coatings, acting as a rheology modifier to control viscosity and prevent settling of pigments.
Lithium Batteries & Engineering Plastics
In advanced materials, it serves as a component in lithium batteries and engineering plastics, contributing to enhanced performance and durability.