DURABILITY
DURABILITY
Durability is a key factor to consider when selecting materials for any product, material, or compound. It is important to understand the environmental conditions that your material or product can withstand. To ensure the highest quality of materials, it is important to perform a number of durability and performance studies.
These studies can include features such as aging, relaxation, tension set/compression set, thermal constancy, environment fatigue (ozone, light), and resistance to tear. Performance and robustness studies are also necessary to ascertain the dependency of dynamic modulus at high temperatures, the low-temperature dependence after aging, and the high-temperature dependence of static modulus after aging.
It is important to ensure the highest quality of materials and products, as this will ensure that they are able to withstand the environmental conditions they are exposed to. The durability and performance studies are a great way to determine the strength and quality of materials and products. These studies can be used for a variety of materials such as coatings, composites, coated rubber or plastic, elastomers, films, medical devices, hoses, o-rings made of natural and synthetic rubber, packaging, polymers, toys, and windshield wiper blades in the tubing.
It is important to have an understanding of the environmental conditions that your product or material can withstand. Durability and performance studies are a great way to ensure you are selecting the right materials for your products. These studies can help to identify the features of aging, relaxation, tension set/compression set, thermal constancy, environment fatigue, and tear resistance. The studies also enable us to ascertain the dependency of dynamic modulus at high temperatures, the low-temperature dependence after aging, and the high-temperature dependence of static modulus after aging.
Video 01: Equipment Stroller Dynamic Durability Tester
