In industrial production, high-temperature process sections are often accompanied by the problem of large amounts of foam being generated. This foam not only reduces the effective volume of equipment and affects heat transfer and mixing efficiency, but may even lead to overflow, product defects, or even production interruption, directly causing economic losses and safety hazards. Traditional defoamers tend to fail or decompose at extreme temperatures and cannot provide a stable and reliable solution.
To address this core pain point, Chemi Tech has developed a series of dedicated high-temperature-resistant defoamers. This product adopts a specially designed molecular structure that can withstand continuous high temperatures of up to 250°C and above, while maintaining excellent defoaming and foam-suppressing performance under such conditions. Its mechanism of action is to rapidly penetrate and destroy the surface tension of the foam film, prompting the foam to burst instantly, and to continuously suppress the generation of new foam in the subsequent process, achieving long-lasting stability.
Our solution is specifically divided into three steps. The first step is working-condition analysis: our engineers will conduct a detailed assessment based on your specific process temperature, medium composition, and foam characteristics. The second step is product selection and compatibility testing: we provide the most suitable defoamer model and verify its effectiveness under simulated or actual working conditions to ensure compatibility and high efficiency. The third step is application guidance and continuous optimization: we provide precise guidance on the dosing point, dosage, and method, and track the usage effect, adjusting the plan as needed to ensure the optimal state.
In the manufacturing process of a large synthetic material producer in East China, the customer faced a serious foam accumulation problem during the high-temperature polymerization reaction stage, resulting in insufficient reactor utilization and unstable batch product quality. After adopting the Chemi Tech high-temperature-resistant defoamer, the foam dissipated rapidly upon addition, and the amount of foam generated throughout the reaction process was effectively controlled at an extremely low level. This not only increased the effective working volume of the reactor by about 15%, but also significantly improved product consistency and purity, and the stability of continuous operation of the production line was also ensured. The customer reported that this solution directly helped them increase output per unit time and reduce energy consumption.
With its outstanding high-temperature stability and highly efficient defoaming capability, the Chemi Tech high-temperature-resistant defoamer has become a reliable choice for many enterprises facing high-temperature foam challenges. We are committed to helping customers overcome production obstacles and achieve smoother, more economical, and safer operations through professional products and technical services.