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Deepen the defoaming field, assist in efficient production, and provide one-stop foam solutions

12

2023-07

What is the difference between non-silicone defoamers and silicone‑based organic silicon defoamers?

In certain industrial processes, foam often poses significant challenges, reducing productivity and compromising product quality. To address this issue effectively, non‑silicone defoamers are an excellent choice. Currently, silicone‑based defoamers are widely employed; while they offer strong emulsion‑breaking performance, they can readily leave silicone residues, leading to long‑term quality concerns. At present, no truly ideal non‑silicone defoamer is available in China, and a comprehensive integration of relevant emulsion‑breaking theories was essential to develop the T‑30C non‑silicone defoamer. Following trials by several manufacturers, it has delivered highly satisfactory results.

2023-07-12

27

2023-06

What is a non-silicone defoamer?

Non-silicone defoamer, formulated with aldehydes and oleic acid complexes. Off-white with a yellow tinge; non-ionic. Suitable for PCB circuit boards (during development, ink removal, and wastewater stages). Also applicable to aluminum processing, as well as emulsion breaking and foam suppression in various wastewater treatment and industrial water systems, and for demulsification in cooling‑circulation water systems and other water‑treatment units.

2023-06-27

02

2023-06

What are the production processes and requirements for non-silicone defoamers?

*First, ensure the stability and consistency of chemical reactions. Manufacturers must use appropriate mixing ratios and adhere to established process procedures and operating parameters to guarantee the stability and consistency of product‑related chemical reactions.

2023-06-02

23

2023-05

What causes defoamer-induced oil floating and whitening?

Using defoamers to bleach oil is a highly problematic issue, as it often indicates poor defoamer quality and can lead to adverse effects in severe cases. Many customers adopt a straightforward approach: assessing whether the defoamer used for oil bleaching is excessively aggressive. Accordingly, the following section summarizes several methods employed by silicone‑based defoamer manufacturers to determine if a defoamer will cause oil bleaching.

2023-05-23

23

2023-05

Silicone-based defoamer production processes and applications?

Silicone-based defoamers are surfactants produced through the reaction of hydroxyl or amino groups in silicone compounds. They exhibit excellent defoaming performance and good stability, making them widely used for foam control in industrial processes. This article provides a detailed overview of silicone defoamers, focusing on both their production processes and applications.

2023-05-23

16

2023-05

Applications of Silicone Defoamers

Silicone compounds are polysiloxanes, indispensable raw materials in cosmetic formulation; accordingly, silicone‑based defoamers are widely used in the daily‑chemical industry. Moreover, their widespread acceptance across various sectors stems from their outstanding properties—such as chemical inertness, non‑toxicity, and environmental friendliness—ensuring they do not pollute the environment.

2023-05-16

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