Sorry typo on the nitrogen, of course it should have been hydrogen. Thermal decomposition (disassociation by the application of heat) of water happens but at temperatures higher than a road tyre is ever likely to reach. The water vapour pressure climb is what we are attempting to avoid with nitrogen.
All of the race cars that I look after run nitrogen, but there's atmospheric air in my road cars' tyres![]()
Cheers
Gary
Golf Mk7.5 R, Volvo S60 Polestar, Skyline R32GTST
has snake oil written all over it.
It's not that terrible an idea for people who treat their car as an appliance (nor the spare which hardly anyone pressure checks)
Resident grumpy old fart
VW - Metallic Paint, Radial Tyres, Laminated Windscreen, Electric Windows, VW Alloy Wheels, Variable Geometry Exhaust Driven Supercharger, Direct Unit Fuel Injection, Adiabatic Ignition, MacPherson Struts front, Torsion Beam rear, Coil Springs, Hydraulic Dampers, Front Anti-Roll Bar, Disc Brakes, Bosch ECU, ABS
Air is 78% nitrogen and almost 21% oxygen - how much of a benefit are you going get from 100% nitrogen on the street?
It's a real pain having top up at the company you purchased the tyres/nitrogen from and during business hours
You can actually achieve just as good a result as nitrogen by using dry air
Use a coalescing air filter and desiccant dryer system after the compressor (like the spray painters use)
But again - street benefits are low
2012.1 Skoda Octavia VRS DSG Wagon - Carbonio cold air intake and pipe - HPA Motorsports BBK 355mm rotors 6 pot calipers
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Supaloy lower control arms - Enkei 18*8 Wheels
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