Defoamers Struggling to Balance “Efficiency” and “Long-Lasting Effect”? Hydrogen-Containing Silicone Oil Achieves a Dual Breakthrough to Solve Industry Challenges-Iota

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News > Dynamic industry > Defoamers Struggling to Balance “Efficiency” and “Long-Lasting Effect”? Hydrogen-Containing Silicone Oil Achieves a Dual Breakthrough to Solve Industry Challenges

Defoamers Struggling to Balance “Efficiency” and “Long-Lasting Effect”? Hydrogen-Containing Silicone Oil Achieves a Dual Breakthrough to Solve Industry Challenges

In industrial sectors such as pulp and paper production, textile wastewater treatment, paint manufacturing, and fermentation, foam has long been a critical factor affecting production efficiency and product quality. However, most defoamers currently on the market face the dilemma of being unable to balance “efficiency” and “long-lasting effect.” Recently, hydrogen-containing silicone oil, thanks to its unique properties, has successfully achieved a dual breakthrough: “high-efficiency defoaming” and “long-lasting foam control,” providing the industry with a completely new solution to foam problems.

Visits to multiple industrial enterprises revealed that defoamer performance is directly linked to the smoothness of production processes. Many conventional defoamers have clear limitations: either a dosage of more than 1% is required to achieve the desired defoaming effect, which increases production costs and may affect system stability, or they only provide temporary foam suppression, causing foam to reappear shortly after treatment and requiring repeated addition by staff—wasting labor and slowing production. These issues are particularly pronounced in pulp defoaming during paper production or foam treatment in textile wastewater, sometimes even reducing product quality.

The emergence of hydrogen-containing silicone oil represents a key breakthrough in overcoming these challenges. Compared with conventional defoamers, it offers significant advantages: on one hand, its required dosage is extremely low—only 0.1% to 0.5%—yet it rapidly eliminates foam in paints, fermentation liquids, and other systems, significantly reducing raw material costs while avoiding negative effects on system compatibility from overuse. On the other hand, it does not merely act temporarily; it forms a stable “protective film” on the liquid surface, preventing new foam formation at its source and achieving “one-time addition, long-lasting foam control.”

Currently, hydrogen-containing silicone oil has been successfully applied in multiple fields with stringent defoaming requirements. In pulp and paper production, it quickly removes foam from pulp, ensuring paper formation quality while reducing the need for repeated defoamer addition. In textile wastewater treatment, its long-lasting foam suppression prevents foam from affecting treatment efficiency and helps companies meet discharge standards. In paint manufacturing, the combination of low dosage and high defoaming efficiency ensures consistent product quality while lowering production costs.

Industry experts note that the application of hydrogen-containing silicone oil in defoaming not only solves the long-standing challenge of balancing “efficiency” and “long-lasting effect,” but also provides strong support for companies in reducing costs and improving efficiency. It is expected to drive the defoamer industry toward more efficient and economical solutions in the future.

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