◼PRODUCT DESCRIPTION

AFT-5 is made of modified polysiloxane as the main component and refined by special process. Its characteristics are: long-lasting foam suppression, fast defoaming rate, good stability, non-toxic, non-corrosive, and no adverse side effects. This product is widely used in textile printing and dyeing,emulsion polymerization, oil extraction, industrial cleaning and other industries. Customers have verified that its defoaming and stability performance has reached the quality level of many foreign products.

◼FEATURES

Outstanding anti-foaming performance.

High concentration suitable for processing by middlemen.

Strong versatility.

◼APPLICATION AREA

Industrial wastewater treatment.

◼Application of defoaming agents in sewage treatment

In sewage treatment, defoaming agents can be used in multiple links, such as aeration tanks, sedimentation tanks, biochemical reactors, etc.

1. Aeration tanks: Aeration and agitation in aeration tanks can easily generate large amounts of foam. This foam can affect the aeration and mixing performance of the aeration tank, reducing wastewater treatment efficiency. Defoamers can effectively eliminate foam in aeration tanks, improving aeration and mixing performance and ultimately increasing wastewater treatment efficiency.

   
   

2. Sedimentation tanks: Foam is easily generated in sedimentation tanks due to the collision of sediment and suspended matter. This foam can affect the sedimentation efficiency of the sedimentation tank and reduce the water quality of the effluent. Defoamers can effectively eliminate foam in sedimentation tanks, improve the sedimentation efficiency of the sedimentation tank, and enhance the effluent quality.

   
   

3. Biochemical reactors: Due to biological reactions and agitation, large amounts of foam are easily generated in biochemical reactors. This foam can affect the efficiency and stability of the biological reactions, reducing the effectiveness of wastewater treatment. Defoamers can effectively eliminate foam in biochemical reactors, improve the efficiency and stability of the biological reactions, and enhance wastewater treatment effectiveness.