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Unmatched Kodest Corrosion Resistance

Unmatched Kodest Corrosion Resistance

No other phrase defines unmatched Kodest corrosion resistance, as we unlocked breakthrough material science. In harsh environments that several industries fight nonstop, the materials must be ultra-resistant. This here is called Kodest, and it is a damn big step forward, featuring solving properties for protection against metal-and-alloy-corroding agents, unlike anything we have ever seen before. Superior Material Composition
Kodest\'s molecular structure is the secret sauce behind this. Employing technology with advanced polymers and high-performance additives, it achieves a density and uniformity not available with standard coatings. This results in powerful defence against the penetration of corrosive species.
This high-performance formulation equates to superior durability and resistance to a broad range of harsh solvents, including acids, alkalis and salts. The improved resilience increases the service life of components operating under these challenging conditions.
Exceptional Durability
Kodest not only fights corrosion, but survives brutal circumstances. It offers an exceptionally strong structure for abrasive, impact, and high-temperature protection that is designed to hold up for a long time, even at extreme operation parameters.
Many coatings breakdown easily and require frequent and expensive touchups, but Kodest retains its integrity up for 30+ years, translating to cost savings and less time spent on maintenance.
Wide-ranging Applications
Thanks to its multiple characteristics, Kodest can be used with different types of industries. Whether it be offshore oil and gas platforms struggling with stubborn saltwater corrosion, or a simplistic chemical processing plant managing a highly active chemical, rest assured Kodest is there.
Be it infrastructure projects where it provides protection to key components from environmental degradation to ensure durability or efficiency in sectors.
dgkede
2025-12-31
Temperature control system of ED caoting

Temperature control system of ED caoting

In the electrophoresis process, the temperature of the bath solution will increase due to factors such as electrification, circulation of the bath pump, entry of heated workpieces (if using a drying furnace), and construction environment. The suitable working temperature for electrophoresis bath solution is 28 ± 2 ℃. Temperature deviation can affect the thickness and appearance of the coating, causing surface defects.

When the temperature is too low, the film thickness will decrease and the surface will become rough; When the temperature is too high, the paint thickness will increase, the paint film will be unstable, there will be surface defects, and it may also cause damage to the ultrafiltration device.

The temperature of the circulating electrophoresis tank solution is controlled through a stainless steel heat exchanger, which uses 7 ℃~15 ℃ water to cool or 30 ℃~45 ℃ water to heat the tank solution.

dgkede
2025-11-27

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