Why are
polarized lenses important?

Younger Optics believes everyone should own a pair of quality polarized sunglasses. Polarized lenses do what no other lens or lens treatment can - block blinding glare. In addition, polarized lenses can enhance visual acuity, color contrast and visual comfort, and block 100% of harmful UVA (315 - 380 nm) and UVB (280 - 315 nm) light.

What patient
is this good for?

Nearly every eye care patient can benefit from polarized sunwear. On a sunny day, blinding glare is everywhere. Polarized lenses block blinding glare before it reaches the eye.

NuPolar
Quality

NuPolar lenses perform better than competition in many crucial tests of polarizing efficiency, heat stability, film adhesion, color stability etc. NuPolar lenses are available in many colors, styles and materials to fit your patients’ lives.


NuPolar availability

For complete Rx ranges & tech specs, see technical specification page


NuPolar Family

NuPolar Solid Colors

Brown

Copper

Gray-1

Gray-3

Green

NuPolar Mirrors
Silver Mirror
Gold Mirror
Blue Mirror
NuPolar Gradients
Gradient
Brown/Brown
Gradient
Brown/Gray
Gradient
Gray/Gray

NuPolar Materials

1.50
CR-39®

Optical clarity combined with affordability make this product the “workhorse” of polarized lenses worldwide.

1.598
Polycarbonate

Light and impact-resistant material with great color options including gradient & mirror lenses. Recommended for sports and fashion sunwear.

1.53
Trilogy®

The ultimate balance of great features, with the highest strength, very low weight and great optical properties. Recommended for sport and rimless frames, industrial applications, and children’s eyewear.

High Index 1.60
MR-8™

Great combination of thinner lenses and good optics. Recommended for higher prescription powers and for improved aesthetic appearance.

High Index 1.67
MR-10™

MR-10 is a high-index material that allows for very thin and light lenses and great aesthetics in higher prescriptions.

High Index 1.74
MR-174™

NuPolar 1.74 lenses are made from MR-174™, an ultra high-index material that allows for ultra-thin lenses of the highest refractive index. MR-174™ is made using plant-derived materials.