In many industrial production processes — such as synthetic material manufacturing, chemical reactions, and textile processing — foam under high-temperature conditions is often a persistent challenge for producers. Excessive foam not only reduces the effective volume of reactors or processing tanks and impairs heat and mass transfer efficiency, but can also lead to tank overflow, uneven product quality, or even production shutdowns, directly causing economic losses and energy waste.
To address this market pain point, Chemi Tech has devoted itself to research and development and introduced a series of high-performance high-temperature defoamers. Our solution is not a simple physical covering; rather, it is based on an in-depth study of foam generation mechanisms, in particular the enhanced stability of surface-active substances at high temperatures, which has enabled us to develop special formulations that retain their activity under high heat. The product's core advantage lies in its outstanding thermal stability: even in harsh environments of 150°C to over 250°C, it can rapidly break foam and inhibit foam regeneration over the long term, ensuring a smooth and stable production process.
The specific solution can be divided into three clear steps. The first step is problem diagnosis and sample matching: our technical team will provide targeted samples for testing based on the customer's process temperature, system composition, pH, and the cause of foaming. The second step is on-site testing and optimization: under simulated or actual production conditions, we verify the immediate effect and durability of the defoamer and adjust the dosing point and dosage to achieve the best cost-performance. The third step is ongoing follow-up and after-sales service: we provide a stable product supply and long-term technical support in response to subtle changes on the production line.
For example, a company in a coastal region that produces specialty adhesives has a resin synthesis stage with temperatures as high as 200°C, where continuous foam limited the feed amount and lengthened the reaction cycle. After adopting the high-temperature defoamer customized by Chemi Tech, the foam was brought under immediate control, the effective utilization rate of the reactor increased by about 20%, the production time per batch was shortened by 15%, and bubble defects in the product were also significantly reduced, achieving a dual improvement in overall production efficiency and finished-product quality.
Choosing Chemi Tech means choosing reliable assurance for high-temperature production. We are committed to helping customers overcome the challenge of high-temperature foaming and achieve cost reduction, efficiency gains, and quality upgrades through professional products and meticulous technical service.