RunFlat International has developed a unique composite material specifically designed for runflat applications. As a safety product the quality of the material used is paramount to ensure the RunFlat can be relied on when it is needed most.
Ballistic resistance is created from the quality of the material used and the environment in which it is produced. RunFlat International never compromise in these areas and all our material is produced in-house in our humidity and temperature controlled environment from customised raw materials. This unique RunFlat material offers all the key properties to fulfil its run-flat functions:
- - Stable structure at all operating temperatures from -40C to over 150C,
- - Low friction coefficient on rubber to reduce heat inside the tyre in deflated mode,
- - Homogeneous density (cavity-free) to absorb the ballistic impact
- - Complex structure (not mono-chain) which makes it both light and very robust.
The Real World Effect
The photos above shows RunFlat International’s RunFlat after ballistic testing - the entry (left) and exit (right) holes of three 7.62 NATO bullets shot from 50m (as per FINABEL). The bullets have passed through the material and have not damaged the material or the RunFlat performance.
In contrast, other run-flat manufacturers use standard nylon or other unsuitable materials which are much less resilient (yet cheaper to manufacture). The below photos show the outcome of a material in the same circumstances. Cracks are apparent at all exit holes and one entry hole - the runflat system is cracked before the vehicle is even in motion.
A runflat is designed as a safety product, to enable a vehicle to escape a dangerous situation after ballistic attack. Compromising on material quality with an inferior product increases the chances of the runflat being unable to do its job when it is relied upon the most, endangering the vehicle and life of the occupants.