TECHNOLOGY
Japanese nano-glass technology.
A shield of pure glass, just microns thick, born of Japanese government-grade R&D and validated with ISO and UNE EN testing.
WHAT NANO-GLASS IS
Polysilazane that cures to pure glass.
The HardoLass platform is based on polysilazane (PHPS): applied to a surface, it cures into a layer of SiO₂ — pure glass — between 1 and 6 µm thick, invisible to the eye.
It is 100% inorganic and contains no microplastics. It doesn’t change the look of the material: it seals it, and very little can bond to that layer.
HOW IT WORKS
A transparent shield the eye can’t see.
Adapts to any surface
A nano-glass layer just microns thick, applied over the existing material.
Nothing bonds to it
Graffiti, dirt and fouling can’t attach to the sealed surface.
Effortless cleaning
Fewer chemicals, less water and less time on every clean.
More sustainable
100% inorganic and microplastic-free; extends the life of every surface.
ASSURANCE
Backed by data, not promises.
Government-grade R&D
Technology developed and proven in Japan.
ISO / UNE EN testing
Hardness, abrasion, impact, corrosion, weathering and light transmission.
10+ years durability
For HardoLass HSC; HardoLass P ships with a 5-year warranty.
TESTING
Validated in the laboratory.
| Pencil hardness | 6H · ISO 15184 |
|---|---|
| Salt spray, 100 h | ISO 9227 |
| Chemical resistance | Caustic soda and sulphuric acid · TIRI |
| Impact resistance | ISO 6272-1 |
| Abrasion | 250 g · 50 cycles |
| Xenon weathering | ISO 11507 · ISO 4892-2 |
| Adhesion (cross-cut) | ISO 2409 |
| Light and solar transmission | UNE EN 410 |
Testing performed on HardoLass P (ISO / TIRI) and HardoLass HSC (UNE EN 410).
See it on your own surface.
We assess, run a pilot and measure the results with you.