Hydroxy Ethyl Cellulose (HEC) is a high-performance, water-soluble, non-ionic polymer derived from cellulose. Specifically engineered for industrial applications, it serves as a versatile thickener, stabilizer, and binder. With exceptional water retention and dispersing capabilities, HEC is essential for achieving the desired rheology and consistency in water-based systems, ensuring seamless integration even under low shear conditions.
Our premium HEC powder is designed to perform consistently across a wide pH range and exhibits superior salt tolerance and surfactant compatibility. Whether utilized in high-end architectural coatings, professional-grade emulsion paints, or specialized oil drilling fluids, our HEC ensures enhanced adhesiveness, prevents layering, and provides a robust barrier against microbial erosion, optimizing the final product's durability and finish.
Detailed Parameters
| Origin | Hebei Province, China | Availability | In Stock |
|---|---|---|---|
| Viscosity | 10,000 - 55,000 m.Pas | OEM Customization | Fully Supported |
| Application Grade | Construction, Paints, Oil Production | Package Options | 25 kg/bag; 600 kg/pallet |
| Compliance | ISO, SGS, CANS certified | Purity | 98% - 99.8% |
| Appearance | White/Off-white powder | pH Value (1%) | 5.0 - 7.0 |
Key Advantages
Superior Stability
High salt tolerance and pH insensitivity ensure consistent performance in diverse chemical environments.
Rapid Dispersion
Quickly and thoroughly disperses in water-based mediums, even under low shear conditions for efficiency.
Excellent Thickening
Provides exceptional viscosity control to prevent layering and improve the texture of coatings.
Enhanced Adhesion
Prevents powder spatter in real-stone paints and increases the overall bond strength of the coating.
Microbial Resistance
Engineered to resist microbial erosion, extending the shelf life and durability of the final application.
Versatile Utility
Effective across cosmetics, oil drilling muds, and various industrial waterborne coatings.
Product Gallery
Management Platforms
Quality Control
Strict adherence to ISO and SGS standards ensuring consistently high-purity chemical batches.
Technical Support
Professional guidance on viscosity selection and formulation optimization for your specific needs.
Customization
Tailored OEM solutions to meet unique viscosity and purity requirements for specialized industries.
Logistic Efficiency
Rapid global shipping via DHL and FedEx with flexible packaging from 25kg bags to 600kg pallets.
R&D Innovation
Cutting-edge research focusing on sustainable cellulose ethers and high-efficiency thickeners.
Sample Program
Free sample availability to allow rigorous testing and validation before full-scale procurement.
Investment Return Comparison
| Performance Metric | Standard Grade HEC | Our Premium HEC |
|---|---|---|
| Dispersion Speed | Moderate/Slow | Ultra-Fast |
| pH Compatibility | Limited Range | Broad Range |
| Salt Tolerance | Low to Medium | High Stability |
| Water Retention | Standard | Enhanced/Superior |
| Application Cost | High Waste/Rework | Cost-Effective/Efficient |
Frequently Asked Questions
In emulsion paints, HEC acts as a primary thickener, improving the paint's viscosity, enhancing color consistency, and preventing the pigments from settling (anti-layering).
HEC provides critical thickening, suspension, and lubrication properties. It helps cool iron filings and significantly increases the mud's rock-carrying capacity.
Yes, HEC is highly compatible with many paint ingredients and can be used either alone or combined with other thickeners to achieve specific rheological properties.
HEC powder should be stored in sealed containers in a cool, dry environment to prevent moisture absorption and maintain product stability.
Absolutely. HEC is a versatile ingredient in skincare and cosmetics for its gelling and thickening effects, and it is particularly essential for creating soap bubbles.
Our products are compliant with international standards, including ISO, SGS, and CANS, ensuring high quality and safety for global export.
