Hyperdispersants for electronic pastes typically consist of a conductive phase, an organic vehicle, and additives. Under low-temperature sintering conditions, metal particles struggle to achieve densification through high-temperature diffusion.
The key to significantly enhancing gloss in coatings lies in their ability to systematically address multiple factors affecting gloss by improving dispersion, enhancing interfacial bonding, optimizing optical matching, and enhancing leveling.
Hyperdispersants for electronic pastes play the role of "rheological control masters," significantly optimizing the paste's rheological behavior through molecular-level mechanisms.
Color paste and plastic masterbatch is more than simply adding additives; it is an advanced material technology that restructures dispersion systems at the molecular level.
Hyperdispersants for electronic pastes are key additives for addressing this challenge. Through their multi-scale action mechanism, they effectively prevent agglomeration and sedimentation, ensuring the stability of the paste throughout its lifecycle.
In the preparation of electronic pastes, uniform particle dispersion is a key factor in ensuring the performance of the final product.