Elementis Deqian NUOSPERSE FX 9200UV is a high-efficiency wetting dispersant specially designed for solvent-based and solvent-free (UV) ink systems under Elementis Deqian, with high-branched copolymers containing multiple functional groups as the core component. It is solvent-free with 100% active ingredients, and relying on its unique steric hindrance structure
Solvent-free and high activity - 100% active ingredients, no solvent added, environmentally friendly and improve formula utilization
Excellent dispersion and anti-flocculation - Steric hindrance structure, efficiently disperses pigments and eliminates flocculation and caking
Improved processing efficiency - Shortens grinding time, reduces grinding system viscosity and simplifies production process
Optimized finished product performance - Enhances color development and hiding power, improves ink gloss and film flatness
Wide pigment adaptability - Has excellent wetting and dispersing effects on most organic pigments and carbon black
Solvent-based inks - Suitable for most solvent-based ink systems such as I-IV oil systems, optimizing dispersion and construction performance
Solvent-free UV inks - Special for UV ink systems, ensuring dispersion stability and performance after curing
Plastic inks - Special inks for plastic substrates, improving adhesion and color fullness
Printing inks - Various high-end printing inks, optimizing color development and hiding power, and improving printing quality
Industrial inks - Industrial special inks, suitable for organic pigment/carbon black systems, ensuring storage stability
| Model | NUOSPERSE FX 9200UV |
| Brand | Elementis Deqian |
| Chemical Type | High-branched copolymer type wetting dispersant |
| Chemical Composition | High-branched copolymers with multiple functional groups |
| Appearance (20°C) | Yellow to yellowish-brown, granular to powder |
| Active Ingredient | Approx. 100% |
| Specific Gravity (20°C) | 1.13 |
| Ionicity | Non-ionic |
| pH Value (20°C) | 6.0-8.0 (1% aqueous solution) |
| Viscosity (20°C) | ≤200 mPa·s |
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E-mail: wangxingqiang@ericwchem.com
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