Armor plating for the human body
Ballistic protective vests and shields have to defeat small arms and rifle attacks to protect soldiers and police officers. In combination with suitable fiber composite backing, they withstand projectiles with high penetrating power even with multiple shots. They ensure that high-hardness core projectiles break and erode upon impact. The kinetic energy is thereby divided into lower momentum fragments that are more easily caught within the composite plate. The use of portable, compact, yet highly effective and reliable solutions of low weight solutions plays an important role in the field of personal protection. The focus here is on the users acceptance of the protective equipment and their remaining mobility in hazardous situations. The combination of high hardness and low density of the ceramic armor plates predestines our product for lightweight solutions with high protection performance. Thanks to our leading production technology, we are able to flexibly supply both prototype samples and large series-production quantities in reproducibly high quality and on time.
Armor plating for ground vehicles
Ground vehicle protection usually involves the dimensionally accurate covering of large, complex surfaces. This is made possible by the use and design of mosaic panels made up of smaller hexagonal and square tiles. Such multi-tile setups also increase the ability to withstand multiple impacts. The combination of high hardness and low density of the plates predestines our product for lightweight solutions with high protection performance. Thanks to our leading production technology, we are able to flexibly supply both prototype samples and large series-production quantities in reproducibly high quality and on time.
Armor plating for aircrafts
For ballistic protection of aircraft, larger area panels can be used to achieve the ballistic effectiveness, usually with lower velocity requirements and reduced multihit requirements. Thanks to our modern production technology, we are able to create a large variety of geometries characterized by very precise cuts, among other things. Optional holes and cut-outs are also possible via machine processing.
