Understand the addition method of acidic cleaning agents and defoamers

Acidic cleaning agent is a type of cleaning agent with acidic chemical properties. It usually contains acidic components and is used to remove various surface dirt, sediment, and scale. It has strong solubility and removal power and is suitable for cleaning metals, tiles, toilets, bathtubs, and other areas. The acid cleaner defoamer function defoamer foam formula is added.

Acid cleaning agents and defoamers can be flexibly added to the cleaning agent formula or used as external additives according to specific situations.

1. Internal addition: Directly add defoamer to the formula of the cleaning agent and mix it with other ingredients to make a unified cleaning agent product. This way can ensure that the defoamer is evenly distributed in the cleaning agent and works cooperatively with other ingredients to control foam and improve the cleaning effect. The defoamer added internally is suitable for situations that require large-scale or frequent cleaning.

2. External addition: Dilute the defoamer separately with water, use it as an independent defoamer liquid, and then add it to the cleaning agent during use. This method can adjust the concentration and dosage of defoamer according to the actual situation to meet different cleaning needs. Externally added defoamers are suitable for temporary or small-scale cleaning, such as local oil stains or specific material cleaning. The amount of defoamer used can be adjusted as needed.

Adding defoamers to the formula of acidic cleaning agents has several main functions:

1. Control of foam: acid cleaning agent may produce a lot of foam during use, and these foam will affect the use effect of cleaning agent, and even affect the visibility of cleaning process. Therefore, adding an appropriate amount of acid detergent defoamer can effectively control the production of foam, making the detergent easier to use and more obvious cleaning effect.

2. Increase surface tension: It can help acidic cleaning agents form a thin film on the surface, thereby improving their coverage and adhesion, making cleaning agents easier to come into contact with and remove dirt or deposits.