High-Purity Polyether Defoamer XS-02: Non-Ionic Surfactant for Industrial Water Systems
Experience superior defoaming and emulsification with our advanced polyether-based non-ionic surfactant.
Get a Quote & SampleProduct Core Value

Polyether Defoamer XS-02
Our Polyether Defoamer XS-02 is a high-purity, single organic compound that is non-toxic, safe, non-volatile, non-flammable, and easily biodegradable. It offers excellent emulsification properties and acts as a superior defoaming agent for various water systems.
- Leverage our expertise in non-ionic surfactant applications to achieve optimal performance in your processes.
- Explore the benefits of industrial wastewater treatment defoamer that is easily dispersed in water.
- Discover why our polyether defoamer is a key component in the polyether defoamer XS-02 non-ionic surfactant family.
- Enhance your papermaking process with this effective defoaming agent for papermaking.
Key Advantages
Exceptional Defoaming Efficiency
This product serves as an excellent antifoaming agent, offering superior performance compared to other options, ensuring clear and efficient operations.
Versatile Application
Utilize this high-purity organic compound defoamer across diverse industries such as textiles, printing and dyeing, and rubber manufacturing.
Environmentally Friendly
Benefit from a biodegradable defoaming agent that is also non-toxic and safe to use in various sensitive applications.
Key Applications
Papermaking
Improve your papermaking process with our effective defoaming agent for papermaking, ensuring smooth production and high-quality output.
Wastewater Treatment
Effectively manage foam in industrial wastewater treatment defoamer applications, contributing to environmental compliance and operational efficiency.
Textile and Dyeing
Our textile printing and dyeing defoamer is crucial for achieving uniform dyeing and finishing in the textile industry.
Rubber Manufacturing
The rubber industry benefits from our rubber industry defoaming agent, ensuring consistent product quality and processing.