Ammonium Polyacrylate Dispersant Manufacturer
Celotech Ruico’s ammonium polyacrylate dispersant is a key additive specifically designed for water-based systems. It helps pigments and fillers quickly wet and be stably dispersed, and significantly improves the performance of coating application.
- Good versatility.
- Excellent water resistance.
- Strong dispersibility.
- Low grinding and foaming properties.
- Excellent color spreading performance.
Ammonium Polyacrylate Dispersant Technical Data Sheet
| Appearance | Yellowish to brownish-yellow liquid |
| Solid Components | 25-30% |
| pH | 8.0-11.0 |
| Download | TDS |
Why Choose Us?
Celotech Ruico has been deeply engaged in the field of water-based dispersants. Our products are of stable quality, with accurate data and excellent service. Every ammonium polyacrylate dispersant product has withstood long-term use verification.
- Our ammonium polyacrylate dispersant have highly stable batches that match both bulk products and samples, without fluctuations or rework.
- All indicators are measurable and real; we refuse false promotion. The formula is safer.
- With years of a strong manufacturer reputation, our old customers continue to purchase, trusting our strength.
Product Grade
Also known as “hydrophobic modified polyacrylamide salt polymer dispersant”, it does not contain volatile organic compounds (VOC) or alkylphenol polyoxyethylene ethers (APEO).
Core Performance of Ammonium Polyacrylate Dispersant
It will quickly adhere to the surfaces of pigments and fillers, forming strong electrostatic attraction and steric hindrance, preventing agglomeration, significantly shortening grinding time, and reducing slurry viscosity.
Uniformly disperses pigment particles to boost tinting strength and gloss. Gloss improvement can reach 10–30 units, colors are brighter and more consistent, effectively eliminating floating color and flooding.
Effectively inhibits sedimentation, coarsening and hard caking during long-term storage. Coatings remain stable for more than 6 months without stratification or thickening, ensuring consistent formula performance.
Highly compatible with water-based emulsions, additives, and pigment and filler, without affecting key indicators such as film formation, adhesion, water resistance, and salt spray resistance.
Low VOC, no APEO, low odor, less foam during grinding, does not affect the construction appearance, and meets the requirements of high-performance coatings.
With the same dispersion effect, the addition amount is lower, improving the formula cost performance, without increasing additional costs.
Ammonium Polyacrylate Dispersant Applications
Ammonium polyacrylate dispersant can significantly improve the dispersion efficiency of various pigments and fillers such as titanium dioxide, heavy calcium carbonate, and talc, making the color distribution of the paints more uniform and the colors purer. It effectively solves the common problems of color floating, mottling, and streaking in interior and exterior wall paints.
Ammonium polyacrylate dispersant is suitable for various industrial coatings (such as water-based anti-corrosive paints, wood finishes, plastic coatings, automotive paints, etc.). This product enhances film gloss and surface smoothness while preventing issues such as hazing and dullness.
It has a strong dispersing ability for both organic and inorganic pigments of ammonium polyacrylate dispersant. During the grinding process, it has a lower viscosity and takes less time. The resulting color paste has fine and uniform particles. It can significantly enhance the coloring power and color dispersion effect.
Packaging and Storage
Packaging: Two standard packaging options are 30/200 kilograms plastic drums. We can also customize other packaging methods according to your requirements.
Storage: Ammonium polyacrylate dispersant should be stored in a dry and ventilated environment, with the storage temperature maintained between 5°C and
35°C.
Testimonial
“Since we started using this product, our dispersion phase has become more efficient, viscosity reduction occurs more rapidly, and the overall production workflow is much smoother. For a facility like ours—which operates on a continuous production basis—this boost in efficiency is something we can feel directly.” It’s excellent. The resulting paint films exhibit superior gloss and smoothness; they remain free of sedimentation even after several months of storage, and the quality remains consistently stable across every batch.
David MillerProduction Supervisor, Paint Manufacturing PlantThis ammonium polyacrylate dispersant has brought significant stability to our paint production process. It ensures more uniform dispersion of pigments and fillers, resulting in brighter, more vibrant colors with virtually no issues regarding floating or flocculation. It also demonstrates excellent stability during long-term storage—without separating or coarsening—and has become an indispensable component in our high-performance architectural coatings.
Sarah MitchellTechnical Manager, Construction CoatingsWe compared several different dispersants, and this particular product demonstrated the most consistent performance in controlling floating and flocculation issues. It ensures greater color uniformity and offers excellent system compatibility, allowing us to achieve our desired results without the need for repeated formula adjustments—which has been a tremendous asset in accelerating our product development cycles.
Michael ThompsonSenior Formulation Engineer, Construction Coatings
Quick FAQs for Ammonium Polyacrylate Dispersants:
At normal addition levels, it does not affect water resistance; issues such as whitening or blistering will not occur.
Yes, its excellent dispersion ability helps reduce the viscosity of the system. However, the dosage needs to be adjusted appropriately based on the target viscosity of the system.
The tendency to bubble is relatively low by itself. However, during high-speed dispersion, it is still recommended to use a defoamer in conjunction.
Low temperature may affect the fluidity, but it does not affect the dispersion mechanism. It is recommended to premix at a normal temperature for the best results.
Yes, it can be used to improve particle dispersion and construction performance, but it is necessary to note that it requires compatibility with systems with higher alkalinity.
