Moisture-averse

Moisture-averse describes a substance, material, or organism exhibiting a strong aversion or resistance to the presence of moisture, humidity, or water. This characteristic is often related to physical properties like impermeability, hydrophobic nature, or a tendency to degrade when exposed to moisture. Items or organisms categorized as moisture-averse actively repel or avoid damp conditions to preserve their integrity, functionality, or health. The degree of aversion can vary, ranging from slight resistance to complete intolerance.

Moisture-averse meaning with examples

• The special coating on the electronics is moisture-averse, ensuring the circuits remain functional even in humid environments. This feature protects the sensitive components from corrosion and short-circuiting, extending the device's lifespan and reliability. Manufacturers prioritize such technologies to meet consumer demands for durable and dependable products.
• Desert plants have evolved to be highly moisture-averse, allowing them to thrive in arid climates. Their waxy leaves and deep root systems minimize water loss and maximize water intake. This adaptation provides survival advantages compared to plants unable to tolerate the harsh environmental conditions. They use unique strategies to exist.
• The construction team selected a moisture-averse sealant for the roof, preventing water damage. This prevents leaks that could compromise the building's structure and interior. Building codes often mandate the use of moisture-averse materials to ensure the longevity and safety of the building. Prevention is crucial.
• Certain types of fungi are moisture-averse, growing best in dry conditions. For example, the mycelium's growth is often hindered by excessive water. Proper ventilation is vital for preserving such materials, discouraging their proliferation and protecting belongings. Conditions such as the one just described favor a longer product life.
• The historian handled the ancient manuscripts with extreme care, knowing that paper is not moisture-averse and could easily be ruined by humidity. This required special storage conditions, including a climate-controlled environment, to maintain their integrity and prevent degradation over time. These are crucial to preserve cultural heritage.