Radiation Glasses Nike 8212

Options

• Custom Frame Engraving
  • None
  • Right Arm Outside +£ 25.00
  • Left Arm Outside +£ 25.00
  • Both Arms Outside +£ 30.00
• Frame Engraving Text
  0 of 25 max characters
• Lens Type
  • Frame Only
  • 
    Single Vision Distance
    +£ 175.00
  • 
    Single Vision Reading
    +£ 175.00
  • 
    Lined Bifocal FT-28 Distance + Reading
    +£ 225.00
  • 
    Varifocal/Progressive Bifocal Distance + Reading
    +£ 275.00
• Frame Only

  In order to add any lens options, you must select a Lens Type OTHER than "Frame Only".

• Single Vision

  Single vision occurs when an individual is near sighted or far sighted, but not near sighted and far sighted.

• BiFocal

  A lens with two points of focus - usually one for distance and one for near vision. Bifocal portion of lens is in the shape of a half moon.

• Varifocal/Progressive BiFocal

  A no-line multi-focal lens that includes all corrections, from distance to close-up, in one lens without any separation of the visual zones by a line.

• Anti-Reflective Lens Coating
  • None
  • Anti-Reflective Coating (AR)
    +£ 50.00
  • AR with Super Hydrophobic Coating
    +£ 65.00
• AR (Anti-Reflective) Coating

  Anti-reflective coatings eliminate the distracting glare that can be produced by light when it reflects through your lenses. Anyone subjected to direct or indirect reflections – especially those who spend a lot of time around computers and electronic monitors of any type, suffer from eye strain, or who drive at night – will likely enjoy the benefits of glare reduction. Due to the high reflective properties of high index lenses, an anti-reflective coating is recommended, and is practically mandatory for high index lenses made of glass. (Note: AR coating is not good for outside glasses, dusty dirty environments and or constant cleaning.) The lenses must be wet before they are cleaned.

• Anti-Reflective with Super Hydrophobic Coating

  Hydrophobic anti-fog coatings are soap-based and work by repelling and spreading the fog moisture as it hits the lens.

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