In industries such as metal processing and precision component cleaning, acidic cleaning processes are widely used. However, the excessive foam generated during cleaning has always been a pain point troubling production efficiency. Foam not only reduces the effective contact area of the cleaning liquid, leading to uneven cleaning effects, but may also overflow the tank, making the working environment messy and even affecting the quality of subsequent processes. Traditional defoaming methods are often short-lived in effect or introduce new contamination.
In response to this market demand, Chemi Tech has devoted itself to developing a dedicated acidic cleaning defoamer series. The core of our solution is that the product is highly compatible with acidic cleaning systems, can quickly break existing foam and suppress foam regeneration for a long time, and does not affect the original efficacy of the cleaning liquid. Its mechanism of action is to directionally lower the surface tension of the liquid film, prompting the foam to rupture and dissipate rapidly, thereby achieving a durable and stable defoaming effect.
The specific application steps are as follows: First, calculate the recommended dosage based on the volume of the cleaning tank, the acid concentration, and the severity of the foam. Second, slowly and evenly add the defoamer while the cleaning liquid is circulating or being stirred. Finally, observe the foam elimination; a noticeable effect is usually seen within a few minutes and lasts throughout the entire cleaning cycle. We recommend that users conduct small-scale tests to optimize the specific dosage.
We once helped a customer engaged in precision component processing solve a foam problem on its acid cleaning line. In the customer's original process, foam frequently overflowed, requiring frequent shutdowns for cleaning and leaving residues on the surfaces of some parts. After using the Chemi Tech defoamer, the foam was controlled immediately and for a long time, the cleaning tank ran smoothly, the cleanliness of parts after cleaning was significantly improved, the production line efficiency increased by about 15%, and the liquid loss caused by foam was reduced. The customer gave positive feedback on the stability of cleaning quality and the improvement of the operating environment.
With its professional, efficient, and stable characteristics, the Chemi Tech acidic cleaning defoamer has become a reliable choice for meeting cleaning foam challenges. We are committed to providing customers with precise solutions to improve process efficiency and product quality.