EPP manages impact energy by absorbing it, then returning to shape. It is ideal for multiple impact protection such as vehicle crash applications, and is widely used in automotive interiors to improve passenger safety for side impact protection, Knee protection, A, B, C pillars, Instrument panel components, and Head restraints.

Expert design and unique material properties enables EPP bumper systems to deliver crash performance and pedestrian safety to Euro NCAP standards set- against increasing space-restriction and styling demands.

An important safety benefit of EPP is its ability to withstand repeated impact without significant deformation and to return to their original shape following dynamic stress. In addition to vehicle components, this multiple impact protection, lightweight and design flexibility makes EPP ideal for personal protective equipment also.

high quality EPP foam pads for military ballistic protective helmets which can meet the US Army use standard. Military helmets which are lightweight, multi-impact resistance, and ventilated liner with repositionable EPP impact pads will makes the soldiers feel comfortable. EPP has revolutionized the fields of sports and leisure. With its light weight and molding density adjustable to meet specific requirements , EPP is found in a wide variety of protective gear products. For example, many companies use EPP in hockey. The high EPP density ensures helmet protection meet industry standards while also remaining lightweight. Due to its negligible water absorption, EPPis found more and more in water-sports head gear as well. Low density EPP is also found in other protective gear such as hockey gloves and pads. Athletes requirements for high quality, lightweight gear continuously increases. As such, EPP easily meets these standards with its low density product which allows for excellent cushioning, protection and comfort. We hope to share ideas with you and work together to make the helmets being more qualified for the market demanding.