Polymeric dispersant
SP-NS5348
High molecular weight polycarboxylate dispersant formed by the copolymerization of unsaturated monomers.It features long carbon chains and multiple active adsorption sites. In addition, strong polar groups of the side chains give the molecule a comb shaped structure, which helps the dispersant form a bulky three dimensional adsorption structure on the particle surface, thereby enhancing the dispersion effect.
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Product Details

1. Product Introduction

SP-NS5348 is a high molecular weight polycarboxylate dispersant formed by the copolymerization of unsaturated monomers. It features long carbon chains and multiple active adsorption sites. In addition, strong polar groups of the side chains give the molecule a combshaped structure, which helps the dispersant form a bulky threedimensional adsorption structure on the particle surface, thereby enhancing the dispersion effect. When used in SC formulations, it can be combined with wetting agents to provide excellent performance in viscosity reduction and control of particle size growth, with good general applicability. The recommended dosage is 2%–5%. When used in nanoSC formulations, it exhibits excellent particle size control performance, with a recommended dosage of 8%–20%.

Item

Typical Data

Appearance (25°C)

Yellow transparent viscous liquid

pH (1% aqueous solution)

6–8

Solubility

Miscible with water

Flash point (°C)

>100


3. Product Features

    Reduces formulation viscosity,Inhibits crystal growth


4. Application Examples

Formulation Name

Composition (W/W%)

Features

40% Prothioconazole + Tebuconazole SC

SP-SC29 + SP-NS5348 = 2% + 4%

Addresses high viscosity and gelling issues during hot storage caused by variation in tebuconazole technical quality

100 g/L Mildew ester + 200 g/L Tebuconazole SC

SP-NS5348 + SP-SC3275 = 2% + 3%

Prevents crystallization when returning to room temperature after hot storage

150 g/L Mildew ester + 175 g/L Prothioconazole SC

SP-NS5348 + SP-SC3275 = 2% + 3%

Prevents crystallization when returning to room temperature after hot storage

240 g/L Chlorfenapyr NS

SP-SC29 + SP-NS5348 = 2% + 10%

Controls nanoparticle size

30% Chlorantraniliprole + Chlorfenapyr NS

SP-SC29 + SP-NS5348 = 2% + 10%

Controls nanoparticle size

150 g/L Etoxazole + 50 g/L Abamectin NS

SP-SC29 + SP-NS5348 = 2% + 8%

Controls nanoparticle size

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