Ceramic Pro Failure

In this paper the fracture mechanics and statistical relations of the failure behaviour are described.

Ceramic pro failure.

We discussed this earlier. An innovative solution for surface protection in automotive marine aircraft construction machinery and textile industries. For the best experience and enhanced performance each product variation is specially formulated for a given application. Ceramic pro protects on an industrial level to prevent.

As an example the lifetime. Our coating and film protection offerings are based on proven nano ceramic technologies. Generally a ceramic with more defects is weaker. In other words we have a coating formula or paint protection film.

Machine failure due to dust and grime build up short circuits on electrical installations labour and water saving on cleaning and maintenance loss of efficiency on solar panels due to reflection from unclean surfaces and many more wear and tear scenarios. The failure of ceramic materials is characterised by low toughness which leads to brittle fracture without preceding plastic deformation subcritical crack extension and large scatter in the mechanical properties. The coating formulas are molecularly designed for surfaces such. Another way at looking at resistance to failure for ceramic materials is to examine the energy required to drive cracks through the system.

Our ceramic coatings and ppf are designed for automotive marine aviation and industrial applications. Click the resistance to fracture or area under the stress strain curve is the called the toughness. It is based on a unique formula of ceramic molecular compounds. We offer a range of ceramic coating and paint protection film products each formulated for specific surfaces.