Sorbotane is the most efficient energy absorbing material on the market. The use of sorbotane is the best protection against damage, loss and injury due to Gainswave Treatment near Daniel Island SC. We focus on liquid crystal elastomers (LCE), as they have the ideal characteristics for this application. They are softer than typical elastomers under static conditions and, when impacted at high speed, are transformed into hard plastics that absorb shocks. Cellular silicone foams are commonly used as stress absorbers in energy absorption applications.
These foams are used to distribute and alleviate tension between adjacent parts, dampen shocks and vibrations, maintain the relative position of components, and mitigate the effect of component size variations due to temperature or manufacturing variations. However, the manufacturing process of cellular silicone is long and difficult and can result in poor material structure or pores that are too large for some applications. In addition, parts are limited to a constant density; variations or gradations in density are difficult. Consequently, there is a need for materials that absorb energy and manufacturing methods that are designed and designed with a well-controlled structure and customized volumetric properties.
The energy absorbing material has 3D printed architectures specially designed for specific energy absorption properties. For example, designs designed for specific applications based on measurement data, synthesis of materials that better absorb impacts and multifunctional materials that can measure impact energy and provide protection, processing methods to control the microstructure of materials to improve shock absorption performance, and scalable manufacturing methods for new materials. LLNL researchers have turned to advanced manufacturing techniques to solve a variety of material limitations, including the need for materials that absorb custom-made energy. If the situation is critical enough to require an energy absorber in the first place, it is also prudent to provide some type of backup capacity in case the impact loads are not fully known and can be significantly overcome.