Blogs

During the operation of high-foaming wastewater evaporators, large amounts of stable foam are easily formed due to the presence of large amounts of surfactants, organic matter, and other foam-prone components in the wastewater. This foam can occupy the effective space within the evaporator, reducing heat transfer efficiency, increasing energy consumption, and even leading to unstable equipment ope...

ANTIFOAM specializes in developing high-performance defoamers to address critical challenges across a wide range of industries. Today, we'll delve deeper into one of our core areas: cement mortar defoamers. This blog will explore the nature of cement mortar defoamers, how they work, and their evolving role in the construction industry, while highlighting the innovation and quality of ANTIFOAM solu...

Defoamers, chemical additives that reduce foam stability and eliminate or inhibit foam formation, play a vital role in a variety of industries, including chemicals, food, papermaking, and textiles. They are widely used in wastewater treatment, coatings, and pharmaceutical manufacturing, and they also play a crucial role in enhancing production efficiency and product quality.   Below, we will ...

Foam in detergents—it's more than just a problem with overflowing washing machines. It can disrupt industrial cleaning, disrupt high-pressure rinses, and even reduce cleaning power. While general-purpose defoamers are available, they often introduce new challenges: spotting, separation, instability, or poor performance under harsh conditions.     Why "off-the-shelf" defoamers fail ...

During the preparation and construction of coatings, the appearance of foam is not only an aesthetic defect, but also directly affects the performance and construction efficiency of the coating. Solvent-based defoamers, with their unique formula design, have become the key item to solve this foam. This article will explore in depth the working principle, advantages and characteristics of solvent-b...

Foam in fermentation isn’t just a nuisance—it’s a yield-killing, contamination-risk amplifier. While generic defoamer articles abound, we cut to the core: why polyether chemistry dominates industrial fermentation, and how choosing the right formulation impacts your bottom line. Why Fermentation Foam Demands Specialized Control   Fermentation foam is stabilized by microbial b...

In the production and application of titanium dioxide, foam problems are often troubling, and the use of titanium dioxide defoamer can effectively help us eliminate these troubles. So, what exactly is titanium dioxide defoamer, and what are its unique features?     1. Composition of titanium dioxide defoamer   Titanium dioxide defoamer is usually compounded with multiple ingredients...

Foam - it may seem harmless and insignificant. However, in the demanding environment of oil and gas exploration, production, and processing, if foam cannot be effectively controlled, it could become a major and costly obstacle. As a manufacturer specializing in the production of high-performance specialty chemicals, we understand the crucial role that reliable defoamers play in ensuring the effici...

In many industrial production processes, foam problems often have a significant impact on production efficiency and product quality. In order to effectively solve this problem, PVA defoamer came into being and became an indispensable auxiliary agent in industrial production. This article will introduce in detail the characteristics, functions, application fields and advantages of PVA defoamer. &nb...