Elementis Deqian NUOSPERSE FX 9086 is a high-efficiency wetting dispersant specially designed for solvent-based systems under Elementis Deqian, with unique AB-type copolymers as the core component, developed for solvent-based coatings, color pastes and colorants. It has excellent anti-flocculation stability, can efficiently achieve uniform pigment dispersion
Excellent anti-flocculation stability - AB-type copolymer structure provides optimal anti-flocculation effect and prevents pigment agglomeration
Outstanding dispersion efficiency - Efficiently wets and disperses various pigments, ensures system uniformity and improves color development effect
Wide solvent adaptability - Soluble in various organic solvents, insoluble in water, suitable for solvent-based system formulas
Convenient and efficient operation - Transparent liquid formula, good fluidity, easy to add and stir, simplifying production processes
Wide application scenarios - Suitable for color pastes, colorants and solvent-based coatings with strong versatility
Solvent-based color pastes - Dispersion of various solvent-based color pastes, improving color paste stability and color uniformity
Solvent-based coatings - Conventional solvent-based industrial and decorative coatings, optimizing pigment dispersion and enhancing film texture
Colorants - Dispersion of solvent-based colorants, ensuring uniform coloring and improving tinting strength
Industrial coating color pastes - Preparation of special color pastes for industrial coatings, suitable for solvent systems and preventing flocculation
Solvent-based wood coatings - Solvent-based wood coatings, optimizing pigment dispersion and improving film flatness
| Model | NUOSPERSE FX 9086 |
| Brand | Elementis Deqian |
| Chemical Type | Solvent-based AB-type copolymer wetting dispersant |
| Chemical Composition | Unique AB-type copolymers |
| Appearance (20°C) | Clear liquid |
| Active Ingredient | Approx. 50% |
| Density (20°C) | Approx. 1015 kg/m³ |
| Ionicity | Non-ionic |
| pH Value (20°C) | 6.0-8.0 (1% solvent solution) |
| Viscosity (20°C) | Approx. 100-200 mPa·s |
Q1: What types of pigments and fillers is NUOSPERSE FX 9086 especially effective for?
A: NUOSPERSE FX 9086 demonstrates strong wetting and dispersing performance with a broad range of inorganic pigments (e.g., titanium dioxide, iron oxides, carbon black) and functional fillers such as silica, calcium carbonate, and talc—particularly in demanding aqueous systems where stabilization against reagglomeration is critical.
Q2: Is NUOSPERSE FX 9086 suitable for low-VOC or zero-VOC formulations?
A: Yes—it is a non-ionic, low-foaming dispersant designed for high-solids, low-VOC aqueous coatings and inks. It contains no APEOs, alkylphenols, or added formaldehyde, supporting compliance with evolving environmental and regulatory expectations for sustainable formulation design.
Q3: How does NUOSPERSE FX 9086 compare to traditional polyacrylate dispersants in terms of storage stability?
A: NUOSPERSE FX 9086 offers enhanced colloidal stability over time, especially under thermal stress or extended storage conditions. Its tailored molecular architecture helps maintain pigment deagglomeration and reduces viscosity drift, contributing to improved shelf life in pre-dispersed colorants and millbases.
Q4: Can NUOSPERSE FX 9086 be used in combination with other additives like rheology modifiers or defoamers?
A: Yes—it shows good compatibility with common associative and non-associative thickeners, silicone and mineral oil-based defoamers, and most film-forming polymers used in architectural, industrial, and ink applications. As with any additive interaction, we recommend conducting compatibility and performance testing in the final formulation.
Q5: What is the typical dosage range for NUOSPERSE FX 9086 in aqueous pigment preparations?
A: Dosage depends on pigment type, surface area, and desired performance level, but it is typically used at low concentrations—generally ranging from 0.1% to 2% by weight relative to pigment solids—with optimal results often achieved between 0.5% and 1.5% in standard architectural and industrial coatings.
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