Chemi Tech: Redefining Industrial Defoaming with Domestic Innovation

In the control room of a chemical plant in Southern China, Engineer Chen watched anxiously as foam surged toward the safety line in the reactor sight glass. For five years, their reliance on a European defoamer had brought unpredictable results, with costly downtime looming like a sword of Damocles. The turning point came with Chemi Tech.

Our technical team discovered unique electrostatic and shear-sensitive foam characteristics in their process. Conventional defoamers' monolithic molecular structures struggled in complex conditions. After 217 formulation iterations, Chemi Tech engineered a breakthrough polysiloxane composite system. Proprietary molecular chain modification created 'foam hunters' that precisely target macro-bubbles for instant rupture while continuously suppressing micro-foam regeneration. During the first trial, reactor clarity returned within minutes, shortening production cycles by 18%.

What truly impressed Chen was stability. Over three months of cyclic production, Chemi Tech defoamer maintained performance variance below 0.3%, outperforming the imported product's 2.1% fluctuation. This consistency stems from our multi-stage emulsification technology, which distributes active particles uniformly at sub-micron levels, preserving structural integrity even under high-pressure pipeline transfer. The plant has since reduced raw material costs by 35% with zero unplanned downtime due to foam.

Chemi Tech has empowered over forty enterprises in sectors like new energy materials and specialty resins. We understand import substitution transcends cost—it demands perfect process compatibility. Every batch undergoes 12 rigorous tests including dynamic thermal simulation and centrifugal stability checks, ensuring exceptional foam-breaking endurance in 80℃ strong acid environments or 3000rpm shear conditions. As domestic technology breaks through bottlenecks, industrial productivity gains newfound momentum from localized innovation.