Product description
STA-1648 is a polymeric dispersant that stabilizes inorganic and organic pigments. It is also found in many organic pigments.
Can provide good performance. It is suitable for various pigments and fillers, reducing the viscosity of the system, increasing the fluidity and shortening the grinding time.
Physical properties (This data is for experimental reference only. For detailed product technical information, please contact the company)
| Composition | Active ingredient | Relative density
(G / cm 3) | Exterior | Solvent |
| Modified polyurethane and polysiloxane | 50% | 0.97g/cm³ | Light yellow transparent liquid | Ester / Benzene |
Features and benefits
☀ Applicable to various solvent-based systems, which can significantly improve the wetting and dispersing ability of the base material to pigments and fillers and reduce the system
Viscosity, improve fluidity, shorten grinding dispersion time.
☀ Can be used in all solvent-based coatings, as a general dispersant, from high-performance industrial coatings to
Like decorative paint. Can also be used in general color pastes with low solvent content
☀ Used in unsaturated polyester systems without adversely affecting drying time;
Application range
☀ Various coatings, inks, plastics, etc.
Added amount
☀The addition amount is different according to different use systems. For inorganic pigments 0.5% -10%, the
10-30% for organic pigments, 20-50% for carbon black
Packaging specifications
☀ 25 Kg drum
Precautions
☀ Store tightly in a cool, ventilated and dry place away from heat and fire sources, and prevent direct sunlight.
Before the product is completely used up, the inner and outer covers must be tightly closed. Avoid direct contact with skin and eyes during operation.
Products contaminate other products and containers, please test spray before each batch, please use within the shelf life.
The above information is for experimental reference only and does not have any guarantee nature. Users should conduct test applicability according to their own conditions and requirements.
If you have any questions, please consult our technical staff: 137-2999-8903 / Mr. Ling
Current location:
