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Weather resistance is the ability of materials to withstand exposure to harsh elements such as sun, wind, rain, snow, and extreme temperatures. Manufacturers can incorporate weather resistance into products such as homes, automobiles, and clothing. Testing is done to determine a material’s ability to withstand exposure, and while materials may be weather resistant, they will eventually wear out. Apparel manufacturers also use weather-resistant materials to block repeated exposure to rain and cold.
Weather resistance is the ability of a material to resist deterioration due to exposure to aggressive elements. This can include strong sun, wind, rain, humidity, snow, or extremely hot and cold temperatures. Manufacturers of materials for the home, automobiles, and even clothing can incorporate the idea of weather resistance into their products. For example, automotive paint finishes are often made to prevent rust by being resistant to the cumulative effects of water, sun and salt.
Some climates are harsher than others and present unique challenges. Homes may need to be built to certain building codes which make structures less likely to suffer damage from high winds or cold winters. For example, decking materials can provide protection against repeated exposure to wind because they contain stronger, more durable material. The material may also be better able to withstand colder temperatures than other forms of siding.
Weather resistant material can be manufactured to withstand a variety of elements. In some areas, there is a problem not only with high temperatures, but also with high humidity. This type of climate can lead to problems with the development and deterioration of molds, which can cause serious damage to the structure of a building.
Often the weather resistance of manufactured materials will be tested against a rating system. The degree of weather resistance to certain elements is determined by simulating exposure to adverse weather elements such as water, high temperatures, salty atmosphere, and solar radiation. If a material has a very strong ability to withstand exposure, it will most likely receive one of the highest ratings. Failure to withstand exposure will most likely result in a low rating or a rating indicating that the material is not weather resistant.
While a material may be determined to be weather resistant, that doesn’t mean it won’t suffer any damage. Given enough time, even the most prized material will eventually wear out. Examples of this can be seen on the exterior of cars that are over ten years old. Manufacturers of weathering materials usually provide a time frame for expected performance, such as a ten-year rust-free warranty.
Apparel manufacturers also incorporate the idea of weather resistance. Some materials are effective at blocking repeated exposure to rain and cold. The material is almost less porous, meaning it doesn’t absorb water, but rather repels it. This prevents the material from getting wet inside. Some coats used by outdoor enthusiasts contain this type of material.
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