The outdoor environment is constantly changing. It can rain or suddenly become cold, and the sunlight and UV rays can be unpredictable. Therefore, outdoor equipment can be subjected to adverse conditions. It is important to use fabrics that can withstand harsh weather conditions for making outdoor gear. There are three types of fabrics that are most suitable for outdoor equipment: polyester fiber, nylon, and ripstop.
Polyester fiber is a type of fiber, and polyester is the simplest form of polyester fiber to manufacture. Polyester is a widely used fabric with good performance and strong fibers. It is resistant to stretching, mold, and decay. It can also incorporate some vinyl, which enhances its durability.
Nylon is a highly durable fabric that is similar to polyester. It is easy to clean and offers resistance to ultraviolet radiation. Nylon is well-suited for various outdoor gear such as straps, backpacks, tents, and pet accessories.
Ripstop fabric is made from polyester, nylon, or a blend of both. It utilizes a woven technique that prevents tears from spreading. It is commonly used in the production of tents and sleeping bags, making it ideal for camping equipment. Parachutes and kites are also made from ripstop fabric.
Acrylic fabric is an excellent choice for outdoor products. It can withstand prolonged exposure to UV rays without fading, maintaining its color for up to 1000 hours of UV exposure. It is also resistant to friction and decay.
Olefin fabric, like ripstop, is a synthetic fiber. It has strong color retention because the color is dyed into the yarn. It is a good option for outdoor gear in rainy cities or countries like London, as it dries quickly, is resistant to mold, and is easy to clean.
The above introduces five types of fabrics. They all share the characteristics of durability, strong tear resistance, and UV resistance, allowing for long-term use. However, when choosing fabrics for making outdoor products, it is still important to consider the specific usage and environmental conditions of different regions.