Det er alt for sejt det der, skal fremlægge en project opgave om nanoteknologi i morgen, og skal også demonstere det vand afvisende
luca0297 1 year ago
Try using wax to get the exact same result. No miracle here.
embalu 4 years ago
Not a good idea. Wax attracts dirt. Which means you would get the excact opposite effect of this product in the long run.
dropsen 4 years ago
In the next future you will take a bath and the floor remains dry. Forget about slippery surfaces!
alikabli 5 years ago
the water is still there, it's just not soaking into the surface. it may actually be MORE slippery this way.
roidroid 5 years ago
Negative. The water drains off(provided that you have an inclination). The only thing you might experience is ruining a couple of waterbubbles.
my bathroom doesn't have an inclination :P
roidroid 4 years ago
how does that work
pyonchan1804 5 years ago
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
Det er alt for sejt det der, skal fremlægge en project opgave om nanoteknologi i morgen, og skal også demonstere det vand afvisende
luca0297 1 year ago
Try using wax to get the exact same result. No miracle here.
embalu 4 years ago
Not a good idea. Wax attracts dirt. Which means you would get the excact opposite effect of this product in the long run.
dropsen 4 years ago
In the next future you will take a bath and the floor remains dry. Forget about slippery surfaces!
alikabli 5 years ago
the water is still there, it's just not soaking into the surface. it may actually be MORE slippery this way.
roidroid 5 years ago
Negative. The water drains off(provided that you have an inclination). The only thing you might experience is ruining a couple of waterbubbles.
dropsen 4 years ago
my bathroom doesn't have an inclination :P
roidroid 4 years ago
how does that work
pyonchan1804 5 years ago
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
dropsen 4 years ago
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
dropsen 4 years ago
The nanoparticles bind with the surface, rearranging the structure to become water resistant(hydrophobic).
dropsen 4 years ago