High-Quality Sodium Carboxymethyl Cellulose (CMC) Powder
Enhance your products with our versatile and high-purity Sodium Carboxymethyl Cellulose (CMC).
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Sodium Carboxymethyl Cellulose
Sodium Carboxymethyl Cellulose (CMC) is a highly effective anionic cellulose ether, renowned for its exceptional performance as a thickener, stabilizer, and emulsifier across a broad spectrum of industries. Its white, fibrous powder form ensures easy dispersion in water, creating transparent colloidal solutions vital for product formulation.
- Discover the benefits of food grade CMC thickener in various food applications.
- Learn about oil drilling CMC viscosity control for efficient extraction.
- Understand how detergent grade CMC stabilizer improves wash performance.
- Explore the role of paper making CMC retention in enhancing paper quality.
Key Product Advantages
Versatile Functionality
CMC acts as a crucial thickener, stabilizer, and emulsifier, improving texture and consistency in everything from food products to industrial formulations, leveraging its unique properties as a key thickener.
High Purity Grades
Available in various purity levels, including food grade (98-99.5%), ensuring optimal performance for specific applications like food additives.
Broad Industry Applications
Essential for enhancing products in the food industry, detergents, oil drilling operations, and paper making, demonstrating its wide utility.
Key Applications
Food Industry
Utilized as a taste improver, thickener, and stabilizer in dairy drinks, seasonings, ice cream, and baked goods, enhancing overall product quality and texture.
Detergents
Acts as an effective anti-redeposition agent in detergents, preventing washes from becoming contaminated and ensuring brighter, cleaner clothes.
Oil Drilling
Reduces water loss and increases viscosity in drilling fluids, cementing fluids, and fracturing fluids, playing a vital role in efficient oil extraction.
Paper Making
Improves retention, humidity, and strength in paper pulp, and enhances printing quality when used in surface sizing, contributing to better paper products.