In-Depth Analysis of BYK-3483: How to Maximize Its Effectiveness Through Formula Adjustments
BYK-3483 is an additive that combines a variety of important properties, designed to collaboratively provide efficient static surface tension reduction, excellent substrate wetting, good leveling, and moderate defoaming performance. However, its application in pure water systems often sparks discussions. This article will delve into its molecular structure to explore the mechanisms behind its performance and key application points.
Performance positioning of all-purpose additives
The core value of BYK-3483 lies in its functional integration. It can significantly reduce the static and dynamic surface tension of liquids, which is crucial for wetting substrates that are difficult to adhere to. At the same time, it exhibits excellent leveling properties and can effectively suppress microbubbles introduced during stirring, providing convenience for application in construction.
Performance differences in pure water systems: Are they defects or characteristics?
In practical applications, some users have reported that the performance of BYK-3483 in pure water systems differs from that of traditional silicone surfactants, especially in terms of rapid wetting, which may not meet expectations.
This is not a "defect" of the product itself, but it is due to itsMolecular structure designDecided 。
BYK-3483 adopts a classic approach.Polyether-modified polydimethylsiloxaneStructure. Unlike traditional organic silicon surfactants that focus on significantly reducing surface tension, BYK-3483 has been designed with key trade-offs, optimizing the siloxane content in its molecules along with the structure of the polyether segments. This adjustment allows it to perform differently in pure aqueous systems lacking co-solvents compared to conventional water-based organic silicon surfactants.
Solution: Optimize performance through formulation technology.
Therefore, the performance potential of BYK-3483 needs to be fully realized through proper formulation techniques.Add an appropriate amount of co-solvent.(The use of ether solvents) is a key step in activating its optimal performance. As shown in the figure below, an appropriate co-solvent can significantly enhance its performance in reducing surface tension.
BYK-3483 is a premium surface additive with balanced performance. When its performance in pure water systems does not meet expectations, the issue is usually not due to its inherent properties, but rather because its working environment does not meet the optimal conditions for its performance.Introducing co-solvents for formulation fine-tuningThis can effectively "activate" its full performance potential, achieving the best balance between wetting, leveling, and defoaming.
【Copyright and Disclaimer】The above information is collected and organized by PlastMatch. The copyright belongs to the original author. This article is reprinted for the purpose of providing more information, and it does not imply that PlastMatch endorses the views expressed in the article or guarantees its accuracy. If there are any errors in the source attribution or if your legitimate rights have been infringed, please contact us, and we will promptly correct or remove the content. If other media, websites, or individuals use the aforementioned content, they must clearly indicate the original source and origin of the work and assume legal responsibility on their own.
Most Popular
-
Dow, Wanhua, Huntsman Intensively Raise Prices! Who Controls the Global MDI Prices?
-
Clariant Unveils Cost-Cutting Plan Details, Plans to Shut Down Multiple Plants
-
[Today's Plastics Market] General Materials Weakly Fluctuate, Engineering Materials Steadily Rise
-
New Breakthrough in Domestic Adiponitrile! Observing the Rise of China's Nylon Industry Chain from Tianchen Qixiang's Production
-
Daily Review: Polyethylene Prices Under Weak Consolidation, Sellers Face Significant Pressure to Move Inventory
