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xinrui-te
Our series of organic silicon defoamers is engineered to deliver outstandingperformance in a wide range of industrial applications. These defoamers not only exhibit remarkable antifoaming capabilities but also provide excellent foam inhibition, ensuring long - lasting results.
What sets our product apart is its versatility. It is a universal defoamer that can be effectively used to control or eliminate foam in water - based systems, as well as in certain water/non - water material mixtures. Presented in a powdery form, its active ingredients are dispersed into the target defoaming system through a solid support. This unique formulation overcomes the common drawbacks of ordinary silicone emulsion defoamers, which are prone to degradation in high - electrolyte, acidic, alkaline, and high - shear emulsifying systems. In such harsh conditions, the active substances of traditional emulsion defoamers may accumulate rapidly and lose their effectiveness, while our powdery organic silicon defoamers maintain their stability and performance.
| Item | XRT - U1 | XRT - U2 | XRT - U4 (Alkali - resistance) |
|---|---|---|---|
| Appearance | White Powder | White granular | White granular |
| Active Matter Content | 25％ | 20% | 25% |
| pH Value（1% Aqueous Solution） | 6 - 8 | 6 - 8 | 6 - 8 |
◆ Concentration Requirements
The amount of defoamer required varies depending on the specific
application. However, to ensure optimal performance, it is
recommended that the content of silicone actives in the system is not less
than 10ppm.
◆ Application Methods:
Direct Application: When used directly on - site, the defoamer can be
spread directly onto the surface of the foam to initiate the
defoaming process. This method is simple and effective, especially for
small - scale foam control or in situations where quick action is needed.
Dissolved in Water: Another option is to dissolve the defoamer in water first and then sprinkle the solution onto the
foam surface.This approach allows for more uniform distribution of the defoamer, which can be beneficial for larger
areas or more complex foam structures.
Mix with Other Powder Additives: The defoamer can also be mixed evenly with other powder additives before use.
This combination can enhance the overall performance of the additive system and is suitable for applications where
multiple functions need to be achieved simultaneously.
Our series of organic silicon defoamers is engineered to deliver outstandingperformance in a wide range of industrial applications. These defoamers not only exhibit remarkable antifoaming capabilities but also provide excellent foam inhibition, ensuring long - lasting results.
What sets our product apart is its versatility. It is a universal defoamer that can be effectively used to control or eliminate foam in water - based systems, as well as in certain water/non - water material mixtures. Presented in a powdery form, its active ingredients are dispersed into the target defoaming system through a solid support. This unique formulation overcomes the common drawbacks of ordinary silicone emulsion defoamers, which are prone to degradation in high - electrolyte, acidic, alkaline, and high - shear emulsifying systems. In such harsh conditions, the active substances of traditional emulsion defoamers may accumulate rapidly and lose their effectiveness, while our powdery organic silicon defoamers maintain their stability and performance.
| Item | XRT - U1 | XRT - U2 | XRT - U4 (Alkali - resistance) |
|---|---|---|---|
| Appearance | White Powder | White granular | White granular |
| Active Matter Content | 25％ | 20% | 25% |
| pH Value（1% Aqueous Solution） | 6 - 8 | 6 - 8 | 6 - 8 |
◆ Concentration Requirements
The amount of defoamer required varies depending on the specific
application. However, to ensure optimal performance, it is
recommended that the content of silicone actives in the system is not less
than 10ppm.
◆ Application Methods:
Direct Application: When used directly on - site, the defoamer can be
spread directly onto the surface of the foam to initiate the
defoaming process. This method is simple and effective, especially for
small - scale foam control or in situations where quick action is needed.
Dissolved in Water: Another option is to dissolve the defoamer in water first and then sprinkle the solution onto the
foam surface.This approach allows for more uniform distribution of the defoamer, which can be beneficial for larger
areas or more complex foam structures.
Mix with Other Powder Additives: The defoamer can also be mixed evenly with other powder additives before use.
This combination can enhance the overall performance of the additive system and is suitable for applications where
multiple functions need to be achieved simultaneously.
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