Lotte MECELLOSE FMC8821 Hydroxyethyl Cellulose

Features Of Lotte HECELLOSE B100K Hydroxyethyl Cellulose

1. Efficient Thickening Adaptation - High viscosity feature, precisely regulating system rheology to match dual requirements of high and low viscosity

2. Outstanding Enzyme-Resistant Stability - Enzyme-resistant formula, inhibiting microbial degradation and maintaining long-term system viscosity stability

3. Long-Term Water Retention Enhancement - Excellent water retention, reducing rapid water evaporation and improving application leveling

4. Mild System Compatibility - Neutral pH feature, compatible with most aqueous additives, adapting to a wide range of formula systems

Typical Applications Of Lotte HECELLOSE B100K Hydroxyethyl Cellulose

1. Aqueous Architectural Coatings - Used in interior and exterior emulsion paints to meet requirements of high storage viscosity and low application viscosity

2. Aqueous Industrial Coatings - Used in aqueous wood paints and metal paints to improve system stability and film texture

3. Architectural Aqueous Putties - Used for thickening aqueous putties to optimize troweling performance and molding stability

4. Aqueous Adhesives - Used in aqueous woodworking adhesives and architectural adhesives to enhance

Specifications Of Lotte HECELLOSE B100K Hydroxyethyl Cellulose

Lotte MECELLOSE FMC8821 Hydroxyethyl Cellulose – Frequently Asked Questions (FAQ)

Q1: What is the primary functional role of Lotte MECELLOSE FMC8821 in aqueous formulations?

A: Lotte MECELLOSE FMC8821 functions primarily as a non-ionic rheology modifier and thickener in water-based systems. It provides excellent viscosity build-up, good shear-thinning behavior, and enhances suspension stability without significantly affecting surface tension or foaming characteristics.

Q2: How does FMC8821 compare to other hydroxyethyl cellulose grades in terms of solubility and dissolution speed?

A: FMC8821 is engineered for rapid, low-froth dispersion and efficient cold-water hydration. Compared to standard HEC grades, it exhibits improved ease of incorporation and reduced gel lump formation during powder addition—particularly beneficial in high-shear mixing environments common in industrial paint and coating production.

Q3: Is FMC8821 compatible with common biocides and electrolytes used in architectural coatings?

A: Yes, FMC8821 demonstrates robust compatibility with a broad range of isothiazolinone and benzisothiazole-based biocides, as well as typical inorganic salts (e.g., calcium carbonate, titanium dioxide dispersants) found in latex-based paints and plasters. Viscosity retention remains stable under moderate electrolyte loading conditions.

Q4: What are the recommended handling and storage conditions to maintain product performance?

A: Store in original sealed packaging in a cool, dry environment away from direct sunlight and sources of moisture. Avoid exposure to high humidity during handling, as prolonged ambient moisture can lead to partial agglomeration and affect dispersion efficiency. Use within 24 months of manufacture when stored properly.