What makes sorbotane the best material for shock absorption? It absorbs more than 90% of shock energy and more than 50% of vibration energy; if you don't mind getting your test object a little wet, gelatin is a good shock-absorbing material. Use cornstarch and water, or a natural gelatin mix, and make a batch in a large pot. Place a quantity to be tested in a plastic container and send the test object to the mixture. The mixture has less surface tension than water and, therefore, allows for a more cushioned impact. The key to finding the best shock-absorbing material is through advanced technologies like liquid crystal elastomers (LCE) used in Gainswave Treatment near Goose Creek SC.These are elastic polymer networks in a liquid crystalline phase that give them a useful combination of elasticity and stability.
LCEs are normally used to make actuators and artificial muscles for robotics, but in the new study, researchers investigated the material's ability to absorb energy. Rogers is a leading supplier of advanced automotive materials with a wide range of industrial solutions to power, protect and connect vehicles. Researchers at Johns Hopkins University have developed a new material that absorbs shocks and is super light, but offers the protection of metal. Fortunately, many everyday materials, especially packaging materials, provide great shock absorption capacity for scientific projects.
In the case of automotive, aeronautical, electronic and industrial applications, effective shock absorption must be able to withstand the effects of compression and repeated use, while managing and absorbing the damaging energy of the impact. The same principles that make them useful for shipping make them a good starting point for absorbing the impact on your scientific project. By stacking several layers of air-filled plastic sheets, a functional cushion is created that absorbs impact during the experiment. Rogers elastomeric material solutions are designed to deliver superior performance, from ultra-thin protection for sensitive electronic devices to robust gaskets for automotive applications. Rogers offers a range of high-performance shock absorption solutions that absorb and distribute impact energy, thus avoiding stress in whatever it is that protects the cushion.
Rogers' extensive portfolio of shock absorbing foams offers a variety of solutions developed specifically to protect components in industrial, electronic and transportation applications, and to protect consumers in medical, footwear and other portable applications. Advanced materials with high reliability under extreme conditions, essential for aerospace, commercial aircraft and of defense.