SOLID POLARIZED TINTS

AMBER (AP)

  • Filters blue light
  • Excellent tint for low light
  • 16% light transmission

GRAY (GP)

  • Neutral filtration
  • Filters all colors equally
  • All purpose tint
  • 14% light transmission

MOSSBACK® (MP)

  • Brightens green and bleaches browns
  • Designed for fishing and water sports
  • 15% light transmission

GRAIDENT POLORIZED TINTS

AMBER DOUBLE GRADIENT (APCY)

  • Top: 55% Amber – Bottom: 45% HiConY
  • Ultimate Driving Tint
  • 16 / 27% light transmission

MOSSBACK®  DOUBLE GRADIENT (MPCY)

  • Top: 55% Mossback® – Bottom: 45% HiConY
  • Ultimate tint for fishing
  • 15 / 27% light transmission

INVERTED GRADIENT POLORIZED TINTS

AMBER INVERTED DOUBLE GRADIENT (AITH)

  • Top: 25% HCY – Bottom: 75% Amber
  • Ultimate tint for diving
  • 15 / 27% light transmission

MOSSBACK® INVERTED DOUBLE GRADIENT (MITH)

  • Top: 25% HCY – Bottom: 75% Mossback®
  • Ultimate tint for fishing
  • 27 / 15% transmission

FLASH MIRRORED LENSES

AMBER BLUE / GREEN MIRROR (APGM)

  • 10% light transmission

GRAY ICE BLUE MIRROR (GPIB)

  • 9% light transmission

WHY MOSSBACK® POLARIZED LENSES WILL MAKE YOU A BETTER FISHERMAN

Shallow water fishing is a visual sport. To target where fish live and eat you need to see stumps, lay downs, rocks, weed lines, and the fishPolarization will remove the glare from the surface of the water allowing you to see through to the bottom. Now is when Doc’s knowledge of selective wavelength technology will pay off for you. Most of what you need to see is green. Weeds are green and bass are green.  Green lens tints will make green objects more visible. The second fact is that a green lens will bleach out brown, the advantage is – off color and muddy water will be bleached out and your vision into the water will be improved.

How can you imagine a better lens tint than one that will make a bass more visible, increase the contrast between a bass and the spawning bed, make weeds and weed lines more visible, and bleach out and improve visibility in off color or muddy water?

If Mossback® is not the best fishing and sight fishing tint you have ever worn return the purchase within 21 days, in like new condition, for a product refund (excluding shipping).

SOLAR BAT® SELECTIVE WAVELENGTH FILTRATION TECHNOLOGY

Dr. Gary Nesty called on his knowledge of optics and the human eye to design tints to enhance vision and thus performance in your chosen sport and outdoor activities.

PNVXG2 POLARIZED LENSES

In 2018 Solar Bat introduced the PNVXG2 lenses in the Pro Edition Polarized Series. Dr. Nesty worked diligently to design an optical quality lens at a lower price point without sacrificing quality of polarization, ultraviolet blocking properties, and maintaining totally natural vision. The PNVXG2 has all of Solar Bat’s proprietary optical qualities making this lens design equal to or superior to lenses in sunglasses costing two to three times more money.

The lenses are 1.5 mm in center thickness and meet all Untied States Government FDA standards for impact resistance. Lenses have a double thickness scratch resistant coating on both the front and back surfaces. Polarization is 99.9% and the lenses are built on an 8 curve to wrap around the face of the wearer providing unrestricted peripheral vision.  In short, Dr. Nesty designed and produced a new lens so that everyone can now afford an optical quality polarized sunglass.

PNVXG2 polarized lenses are available in amber, gray, HiConYellow, Mossback, Mossback Gradient, Mossback Inverted Gradient, amber green mirror, and gray ice blue mirror.

PNVXD OPTICS (PRESCRIBE NATURAL VISION EXTRA DEFINITION)

Doc is always searching for ways to improve the optics in Solar Bat® lenses. As soon as the PNVX optics were designed, Doc started the research and development of a second generation lens. He utilized lens curve and thickness variations to achieve even better visual performance. This second generation lens design was named PNVXD.

SOLAR BAT® LENSES VS. GLASS LENSES

PNVXD lenses are 95% as scratch resistant as glass and are 20% the weight and 10 times more impact resistant.  Polarized glass lenses frequently delaminate and Solar Bat® lenses rarely delaminate. In 2012 less than 1% of the glasses prescribed by eye care professionals in the USA were glass lenses. Glass lenses are old technology. If you are still wearing glass lenses you need to jump into the 21st century with Solar Bat®.

ULTRAVIOLET LIGHT

Ultraviolet wavelengths are invisible to the human eye but nonetheless harmful. UV light causes sunburn, skin cancers, cataract, and macular degeneration to name the most recognized complications of prolonged exposure. Solar Bat® lens material is a 100% UV screen and we use polarizing film that is also a 100% UV screen. Your eyes and the skin around your eyes are doubly protected from all harmful UV wavelengths.

SCRATCH RESISTANCE

A scratch resistant coating is applied to the entire lens and then reapplied to double the thickness of the coating.  With normal care your Solar Bat® will give you years of service.

EMP 99.9% POLARIZATION

Polarization is accomplished by incorporating a polarizing film into a lens no matter what the lens material. One way to produce a polarized lens is to shape the lens, either by thermoforming or molding, then glue a polarized film onto the front surface. This polarized lens configuration is utilized by many sunglass manufacturers but is unacceptable and does not meet the rigid standards of Solar Bat®.

Solar Bat®’s proprietary PNVXD lenses are polarized by encapsulating the polarized film within a molded lens. A scratch resistant coating is then applied to the entire lens and then reapplied to double the thickness of the coating. This protects the polarized film and results in a state of the art, optical quality product that is worthy to carry the Solar Bat® name.

Solar Bat® EMP (Encapsulated Maximum Polarization) has the maximum possible 99.9% polarization, you cannot have a higher level of polarization.

WHY POLARIZED?

Glare is to your vision as static is to your hearing. Polarized lenses eliminate glare from horizontal surfaces thus enhancing visual acuity and performance.