Product details
Why NANOX Wax
Only one wax for all snow conditions.
Easiest application.
No clumping.
Unmatched gliding properties (up to 5% faster).
APPLICATION OF NANOX
Wax training skis with training wax (white) at a temperature of about 125°C and scrape off with a waxing blade.
If Nanox racing waxes are used, there must be no training wax on the base!
Wax the base with NANOBASE (black) at a temperature of about 140°C.
Let the ski cool for 2 minutes until it is only lukewarm.
Scrape the ski with a sharp waxing blade.
Thoroughly brush the ski by hand with the NANOX hard nylon brush in the direction of travel, using the brush perpendicular to the ski.
Make 2 or 3 training runs with the racing ski during the last training before the race; for downhill and Super G, complete one training run.
The day before the race, apply a very thin layer of SUPERNANO (tab) to the base and polish it well with the NANOX hard nylon brush under firm pressure in both directions until the base shines black and no residues are visible, using the brush lengthwise to the ski.
Before slalom and giant slalom races, take one run with the racing ski; before Super G and downhill races, ski a section of the slope and do not brush afterwards.
Weight: 15g.
IMPORTANT NOTES!
To guarantee the maximum performance of NANOX, a perfectly smooth and fiber-free ground ski base that is structured according to the snow conditions is a prerequisite.
The advantages of nanotechnology in ski wax include extremely long adhesion on bases and the best gliding properties in all conditions due to the temperature and moisture-adapting nanoparticles!
Through collaboration with chemists from several countries specializing in nanotechnology and the resulting pooling of their expertise, it has been possible to develop the Nanox product.
Nanox Supernano - Ski wax finish racing wax for all conditions.
Item number | 16715771 |
Manufacturer | Nanox |
Category | Ski wax + Ski Tools |
Manufacturer no. | SUPERNANO |
Release date | 27.9.2021 |
Scope of delivery | pcs. à 15gr. |
CO₂-Emission | |
Climate contribution |