2026-01-14
Salt-treated surface coated cleanroom panels are developed for cleanroom projects where corrosion resistance and long-term durability are critical requirements. Compared with standard pre-painted steel panels, this type of panel undergoes an additional salt-treatment process on the steel surface, which significantly improves its resistance to corrosion caused by humidity, salt air and aggressive environments.
This solution is particularly suitable for coastal regions, tropical climates and high-humidity areas, where conventional coated panels may show signs of corrosion or coating degradation over time.
The salt-treated coating forms a stable and uniform protective layer on the steel surface. This layer helps to slow down oxidation and effectively resists salt spray and moisture penetration. As a result, the panel maintains its structural integrity and appearance for a much longer period compared to standard coated panels.
In pharmaceutical plants, laboratories and other controlled environments, this improved corrosion resistance helps reduce maintenance requirements and extends the overall service life of the cleanroom enclosure.
Despite the enhanced coating, the panel surface remains smooth, dense and easy to clean, fully meeting cleanroom hygiene requirements. It does not generate particles, is resistant to common cleaning agents, and supports regular disinfection procedures.
The panels can be supplied in different thicknesses and core materials, and are compatible with standard cleanroom wall and ceiling systems, including profile-type and tongue-and-groove constructions.
Salt-treated surface coated cleanroom panels are commonly used in:
Pharmaceutical manufacturing facilities
Biotechnology and laboratory cleanrooms
Food and beverage processing areas
Electronics and precision manufacturing plants
Cleanrooms located in coastal or high-humidity regions
While the salt-treated coating adds a modest cost compared to standard panels, it offers clear long-term value by reducing corrosion-related issues, minimizing maintenance, and improving durability. For projects exposed to harsh environmental conditions, it is a practical and reliable choice.
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