Oily dispersant HH7025F

• HH7025F  Oily dispersant

This compound is a slightly yellow fine particle, non-toxic, no side effects on the human body, insoluble in most solvents at room temperature, stable to acid, alkali and water media, soluble in hot chlorinated hydrocarbons and aromatic hydrocarbon solvents, its powder has a strong greasy feeling, and is wettable to water above 80℃.

• Product Data

Composition

Contains ultra-large molecular polymers.

Typical Properties：

Appearance: white powder

Initial melting point: 141～146℃

Total amine value: ≤3.0mg KOH/g

Color value: ≤5.0

Acid value: ≤7.0mg KOH/g

Heating loss: ≤0.5%

Flash point: ≥28℃

Type: HH7025F

*.The values indicated in this data sheet describe typical properties and do not constitute specification limits.

• Applications

Special Features and Benefits

• Melting point increaser for petroleum products;
• Lubricant and corrosion inhibitor for metal wire drawing;
• Potting material for electrical components;
• Defoamer and paper coating component for papermaking industry;
• Defoamer and permanent water-removing agent for dyeing engineering in textile dyeing and finishing;
• Adding this product to asphalt can reduce the viscosity of asphalt, improve the softening point, water resistance and weather resistance of asphalt.

• Recommended Use

HH7025F oily powder dispersant is used in plastics, chemical fibers, release agents, pigments, filler dispersants, powder coatings, coatings, inks and other uses.

Addition amount

Recommended dosage: 3-5%

*. The above data are empirical dosages, and the optimal dosage needs to be determined through a series of tests.

Incorporation and Processing Instructions

To achieve the best performance, the additives should be added to the grind first, followed by the pigment. Premix the resin and solvent components of the grind, then slowly add the additives while stirring. Do not add the pigment until the additives are well mixed.

If the order is wrong, it can be remedied by post-addition, but it needs to be added slowly under high shear conditions.