The ink and industrial paint defoamer is a specialized additive synthesized from modified silica polyether, fumed silica, and other materials, playing an indispensable role in modern industrial production. With its outstanding performance and broad applicability, this defoamer has become an essential auxiliary agent in coatings, inks, and related industries.

The most notable feature of this defoamer is its rapid foam-breaking speed, effectively eliminating bubbles in the system within a very short time. It exhibits excellent dispersibility, ensuring uniform distribution in various systems without local aggregation. Particularly noteworthy is its resistance to emulsion breaking even after dilution, maintaining stable defoaming performance. Another major advantage is its long-lasting foam suppression, continuously inhibiting bubble formation and significantly improving production efficiency. Its low dosage yet high efficiency reflects its cost-effectiveness—only a small amount is needed to achieve ideal results without affecting the fundamental properties of the foaming system.

In terms of applicability, this defoamer demonstrates exceptional versatility. It can be used in both water-based and solvent-based/oil-based systems, with a wide range of applications. Even under extreme conditions such as high temperature, strong alkalinity, or high viscosity, it maintains stable defoaming performance. The product has excellent compatibility and does not react adversely with other components in the system. Its micro-foam elimination effect is remarkable, capable of removing tiny bubbles invisible to the naked eye, thereby enhancing product quality.

Regarding optical performance, this defoamer does not cause gloss reduction, preserving the original sheen of the system. It exhibits strong shear resistance, remaining effective during high-speed mixing or pumping. Its non-floating oil property ensures uniform system stability, preventing stratification. It disperses easily in water and blends well with liquid products, making it convenient to use.

Stability is another highlight of this defoamer, maintaining consistent performance during long-term storage and demonstrating good compatibility with various solvents. As a highly efficient and cost-effective defoamer, it balances performance with economic considerations. Particularly worth mentioning is that it is a VOC-free silicone-based defoamer, meeting modern environmental requirements, and can be used in various epoxy, acrylic, and other systems.

In terms of applications, this defoamer exhibits strong adaptability. It is suitable for various ink systems, including conventional and specialty inks; performs exceptionally well in printing inks, effectively solving bubble-related issues during printing; applicable to all stages of industrial paint production; suitable for overprint varnishes and topcoats without affecting film quality; delivers excellent results in wood coatings and metal paints; works well in architectural paint formulations; shows remarkable effectiveness in water-based high-gloss emulsion systems; and can also be used in adhesives and glue systems, expanding its range of applications.

The comprehensive performance of this defoamer makes it an indispensable auxiliary agent in modern industrial production. From basic properties to special requirements, from standard conditions to extreme environments, and from economic benefits to environmental standards, it meets diverse needs. With continuous technological advancements and expanding applications, this high-performance multi-purpose defoamer will undoubtedly play a vital role in more fields, making greater contributions to improving product quality and production efficiency.