Efficient Defoaming Solutions: Chemi Tech Professional Defoamers, Tackling Production Foam Challenges

In many industrial production processes, excessive foam generation is a common and troublesome issue. It not only reduces production efficiency and increases costs but may also affect the quality and stability of the final product. Traditional defoaming methods often offer only temporary effects or lack specificity, failing to address the root cause of persistent foam problems.

To address this market pain point, Chemi Tech leverages its profound technical expertise to develop a series of high-performance defoamer products. Our solutions focus not only on rapid foam breaking but also on long-lasting foam suppression, ensuring smooth and stable production processes.

Our professional solution consists of three core steps. The first step is accurate problem diagnosis. Our technical team conducts an in-depth analysis of your specific process, foaming system, and foam characteristics to identify the root cause of foam formation. The second step is customized product recommendation. Based on the diagnosis, we match or tailor the most suitable defoamer type from Chemi Tech's extensive product portfolio, ensuring compatibility and high efficiency within your system. The third step involves application guidance and optimization. We provide detailed instructions on dosage, addition points, and usage methods, and conduct on-site debugging when necessary to achieve optimal defoaming performance and economic benefits.

For instance, in the resin synthesis production of a chemical enterprise, a large amount of fine and stable foam was generated during material mixing and reaction, reducing the effective volume of the reactor, prolonging batch production time, and occasionally causing bubble defects in the product. The enterprise had tried several general-purpose defoamers with unsatisfactory results or issues like reduced product transparency.

Upon involvement by the Chemi Tech technical team, through analysis of process temperature, pH, and material composition, we recommended the silicon-ether composite defoamer KM-310, specifically designed for high-temperature, high-shear systems. This product features excellent dispersibility and temperature resistance. We advised adding it via drip feed during the initial heating phase and optimized stirring parameters. After application, foam during production was controlled instantly and persistently. Reactor utilization increased by approximately 15%, single-batch production time shortened, and product appearance and performance met high standards. The customer expressed high satisfaction with the consistent and stable production results.

Choosing Chemi Tech means choosing a reliable partner. We are committed to helping you thoroughly resolve foam-related troubles, optimize production processes, and achieve cost reduction and efficiency improvement goals through professional products and meticulous technical service.