Atmospheric-resistant
Atmospheric-resistant describes a material, object, or structure designed and built to withstand the damaging effects of the atmosphere. This includes resistance to weather elements such as rain, sunlight (UV radiation), temperature fluctuations (heat and cold), wind, humidity, and airborne pollutants (acid rain, salt spray). The degree of resistance varies based on the specific application and the severity of atmospheric conditions. Materials with a high degree of atmospheric resistance typically possess properties that prevent corrosion, degradation, fading, and structural failure over extended periods of exposure.
Atmospheric-resistant meaning with examples
- The ship's hull was coated with an atmospheric-resistant paint to protect it from the corrosive effects of saltwater and constant exposure to the sun. This coating ensured the vessel’s longevity, preventing rust and maintaining its structural integrity for years of maritime service.
- High-performance architectural coatings provided an atmospheric-resistant barrier for the building’s facade. This allowed the structures’ design to endure harsh climates, including strong winds, intense sunlight, and extreme temperature changes, without fading or damage.
- The outdoor furniture set was constructed using atmospheric-resistant materials, like aluminum and weather-treated wicker, to prevent damage from rain and sunlight. This ensured that the patio set remained aesthetically pleasing and functional, even with prolonged use.
- The satellite’s solar panels were manufactured using atmospheric-resistant polymers. This design choice protected the panels from degradation in the harsh environment of space, maximizing their lifespan and energy output during the duration of the mission.
- The protective casing for the electronic equipment was made of atmospheric-resistant plastic. This enabled outdoor deployment without compromising functionality. These cases were developed to survive varying weather conditions, safeguarding the internal components.
