High temperature defoaming agent to quickly eliminate foam
Do you know? In fact, in the process of modern industrial development, there are many processes that need to be completed at specific temperatures. Take the high-temperature spray process as an example. This is a surface processing method that can spray materials in a molten state, atomize them through high-speed airflow, and spray them on the surface of purified and roughened parts to form a spray coating. Due to the influence of temperature and large external force, coating materials are prone to blistering problems and cannot achieve high temperature resistance, corrosion resistance, wear resistance and other functions.
At this time, it is necessary to add an appropriate amount of high-temperature defoaming agent to quickly eliminate foam and permanently suppress foam. So, what are the comparisons of the effects before and after using high-temperature defoamer?
1. Effect before use
During the production process, many chemicals may cause foaming problems under high temperature conditions, which will cause the production process to be blocked, affect work efficiency and even cause accidents. At this time, if high-temperature defoaming agent is not used for defoaming treatment, the foam problem will be difficult to solve.
Pre-use effects often manifest as abnormalities in the production process, requiring manual processing or shutdown cleaning, resulting in unnecessary waste of production shutdowns and reduction in production efficiency.
2. Effects after use
After using high-temperature defoamer, many foam problems will be solved. High-temperature defoaming agents can quickly eliminate foam in high-temperature and high-pressure environments, avoiding interruptions in the production process.
Accordingly, production efficiency is significantly improved and production costs are reduced. At the same time, high-temperature defoaming agents have very good stability, have no obvious impact on the chemical system after use, and have little impact on production quality.
3. Comparison before and after use
Comparing the above two situations, it can be found that the use of high-temperature defoaming agents can effectively avoid foam problems in the production process, improve production efficiency and quality, and reduce production costs and environmental pollution risks.
In addition, the use of high-temperature defoaming agents is more convenient and faster than traditional defoaming methods. It does not require tedious operations such as manual processing and shutdown cleaning, which greatly shortens the production cycle and improves production efficiency.
