AFT-40G Organic Silicone Defoamer
AFT-40G is a highly effective defoamer based on a special modified silicone oil. It offers long-lasting foam suppression, rapid defoaming, and excellent stability. Non-toxic and non-corrosive, it is safe to use and widely used in industries such as textile printing and dyeing, PVC polymerization, industrial cleaning, and oil extraction. Its high concentration and versatility make it particularly suitable for further processing and compounding by intermediaries. Its stable performance and defoaming performance rival those of similar imported products.

Product Introduction


PRODUCT DESCRIPTION

AFT-40G 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

Textile printing and dyeing processes, PVC emulsion polymerization,industrial cleaning, etc. 


Product Parameters


Appearance

Milky white uniform liquid

PH

6-9

Viscosity (25℃)

1500-5000Pa.s

Solid content

38+1%

Density

0.9-1. 1g/ml


Product Effect


2AFT-40G



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FAQ


Industrial water treatment defoamers are widely used in various industrial water treatment fields. What are the main ones?

  • Sewage treatment: used to treat urban sewage, industrial wastewater, etc., to eliminate foam generated during the treatment process and improve treatment efficiency.

  • Circulating cooling water system: In the circulating cooling water system, defoaming agents can effectively prevent the generation of foam and protect cooling towers and other equipment from foam erosion.

  • Papermaking industry: In the papermaking process, defoaming agents can eliminate foam generated in pulping, bleaching, washing and other processes to ensure paper quality.

  • Textile printing and dyeing: In the textile printing and dyeing process, defoaming agents can eliminate the foam generated in the dyeing, printing and other processes, and improve the printing and dyeing effect.

  • Chemical production: In the chemical production process, defoaming agents can be used to eliminate foam generated in various chemical reactions to ensure smooth production.

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What factors should be considered when selecting and using industrial water treatment defoamers?

  • Water quality characteristics: Select the appropriate defoaming agent based on the water quality characteristics and the cause of foam.

  • Usage effect: The defoaming agent is required to have the characteristics of rapid defoaming, long-term foam suppression, and no impact on water quality.

  • Cost-effectiveness: Under the premise of ensuring the use effect, choose a defoaming agent with lower cost.

  • Environmental protection requirements: Ensure that the selected defoamer complies with environmental regulations and does not cause pollution to the environment.


When using, the dosage and method specified in the product manual should be followed to avoid problems caused by overuse or uneven addition. At the same time, water quality and foam conditions should be tested regularly to adjust the dosage and use plan of the defoamer in a timely manner.

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Market status and development trends

The current market for industrial water treatment defoamers is showing a trend toward diversification and specialization. With increasingly stringent environmental regulations and continuous advancements in industrial technology, the performance and quality requirements for defoamers are also rising. In the future, defoamers will place even greater emphasis on achieving a balanced development of environmental performance, efficiency, and cost-effectiveness to meet the needs of diverse sectors. Furthermore, with the continuous emergence and application of new materials and technologies, the performance and effectiveness of defoamers will be further enhanced and optimized.

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