Multi-layer Composite Polarized Photochromic Antifog Polycarbonate Helmet Visor

Polycarbonate Lens:

Suitable for sunglasses, one pieces goggles, ski goggles, and helmet visor

Optical Test Standards:

Single layer anti-fog helmet Lens and ski goggles Lens all pass optical test standards.

Optical No Rainbow:

LCD hard coating technology, rainbow is largely decreased comparing with traditional process.

Anti-Fog Laminated by IMD:

TAC anti-fog film with more than 180 secs sustainability for fogging.

Photochromic Laminated by IMD : 

Great photochromic performance and fast color change under natural sunlight.

Great Adhesion:

The films will never fall off by IMD technology.

High Impact:

Polycarbonate combined lenses impact resistance is higher than traditional lenses

Available Choices:

PC Lenses+Inner Anti-Fog Film, PC Lens+Outer Photochromic Film

PC Lenses+Outer Photochromic Film and Inner Anti-Fog Film.

PC Lenses+Outer TAC Polarized Film,

PC Lenses+Outer TAC Polarized Film and Photochromic Film

PC Lenses + Inner Anti-Fog Film + Outer TAC Polarized Film

PC Lenses + Inner Anti-Fog Film + Outer TAC Polarized and Photochromic 

 The Difference:

1. Different from conventional double layer lenses, our technology brings the breakthrough to combine into one-piece by machine (but not like Oakley makes by hand-film which is easilierly drop off and limited to use in ONLY for cylinderical shape).
2. Functions: Polarized/Photochromic/Antifog are all able to be combined on the lens.

The Advantages:

1. Much longer time Antifog performance 180sec (Test report on my linkedin article below)

2. The material we use is chemical resistant, which is especially suit for the helmet visor, as the conventional technology is not with chemical resistance.

3. With the unique technology, the lens brings a wider fiedl of vision and avoid the light refraction between two layers like the conventional lens (See the below video for the advantages show up)

4. Unlike most photochromic/Antifog standard lenses, lenses are firmly injected in the mass of the polymer itself with a advanced manufacturing process, making it more resistant and clearly optically superior to most competitors.

EN-168 Fogging Resistance Test