In many industrial processes, foam lowers equipment efficiency, increases product defects and drives up costs. Conventional defoamers underperform in high-viscosity, high-temperature or continuously stirred environments, and foam residues seriously affect production schedules and quality.
Targeting these pain points, Chemi Tech has developed a high-performance dimethicone defoamer series. Built on carefully selected dimethicone and a special modification process, it breaks foam rapidly and suppresses regeneration even under extreme conditions. It features broad compatibility and strong stability, suiting a variety of non-food, non-pharmaceutical industrial scenarios.
The solution follows three steps: first, analyze on-site foam samples to determine foam type and origin; second, customize the dosage and dosing method according to process conditions (temperature, pH, stirring speed); finally, conduct online testing and performance tracking to ensure lasting defoaming and product adaptability.
Case study: An industrial lubricant producer faced foam flooding caused by high-temperature stirring during synthesis, cutting reactor volumetric efficiency by 20%. With the Chemi Tech dimethicone defoamer at 0.05% dosage, foam control efficiency reached 98% and production returned to stability.