Eye Protection Key Technologies

Our Coatings

KN Rated

FPR eyewear coded with KN, have a premium Hydrophilic Anti-Fog and Hard Coat that is washable and permanent. Suited for applications where extreme fogging and scratching can occur. KN rated eyewear must pass EN166 performance testing standards for fogging and scratching resistance.

Hydro Tech AF

The standard high performing Anti Fog coating used on all non-mirrored FPR eyewear provides protection from fogging in most situations. The Hydro Tech coating is on both sides of the lens. It is a hydrophillic coating which absorbs the moisture and disperses it across the lens to minimise the effects of fogging.

Diamond Tech

The Diamond Tech hard coat partners the Hyrdro Tech AF coating and is found on all FPR eyewear. Diamond Tech protects the lens from scratches caused by dirt and particle contact and maximises the lens life. The coating is on both sides of the lens.

Anti-Reflective

Specifically reduces reflective light from entering the eye through the back of the lens. Often in highly reflective environments, like laboratories, medical facilities or finished goods assembly reflected light that bounces off several surfaces can be annoying and can hinder detailed work. The AR coating deflects these light rays away and ensures clear unobstructed vision for enhanced clarity.

Our lenses

Clear Lens

VLT - 89%

Lens Shade Category - 0

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • True colour rendition ensured without distortion
  • Suitable for indoor and low light outdoor use
  • Maximum visible light transmission for true to life vision

Amber Lens

VLT - 90%

Lens Shade Category - 0

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • Amber lenses block blue light to enhance contrast and improve depth perception
  • Often worn during low light environments to provide brighter viewing
  • Particularly effective when contrast is poor; often at dawn and dusk Amber lenses assist in defining objects from each other

Light Brown Lens

VLT - 59%

Lens Shade Category - 1

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • The light brown lens allows approx. 60% of visible light transmission making a versatile choice for low and bright light conditions
  • Excellent blue light blocker reduces eyes strain associated with artificial light sources and screens

Bronze Mirror Lens

VLT - 56%

Lens Shade Category - 1

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • The mirror coating provides additional protection from harsh glare by reflecting them away
  • Excellent blue light blocker reduces eyes strain associated with artificial light sources and screens

Clear Mirror Lens

VLT - 48%

Lens Shade Category - 1

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • Minimally tinted to create a comfortable solution when moving back and forth from indoor or shaded locations to direct sunlight
  • The clear mirror allows approx. 50% of visible light through and the mirror finish reflects unwanted glare
  • Often referred to as an indoor/ outdoor safety spectacle

Silver Mirror Lens

VLT - 27%

Lens Shade Category - 1

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • With a higher VLT than smoke lenses, silver mirror lenses offer brighter field of view
  • Perfect for outdoor applications where glare is a factor, but where only moderate ambient brightness occurs
  • A suitable choice for year round outdoor use

Smoke Lens

VLT - 20%

Lens Shade Category - 2

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • Worn on bright sunny days smoke lenses reduce the amount of visible light reaching the eye significantly reduce eye strain
  • Smoke lenses provide optimal eye conditions for working for extended periods outdoors and reduce glare to manageable levels
  • True colour rendition is ensured without distortion across the visible light spectrum

Red/Blue Mirror Lens

VLT - 15%

Lens Shade Category - 3

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • These lenses dramatically reduce visible light by up to 85%, ensuring maximum protection from glare in harsh environments
  • Particularly useful when working in exceptionally bright places like deserts or oceans or where intense sun glare occurs

Polarised Lens

VLT - 14%

Lens Shade Category - 3

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • Significantly reduces visible light to ensure maximum protection in harsh environments
  • Polarised lenses use a integrated vertical filter to restrict horizontal light that appears as glare
  • The filters ensure reflective light is restricted improving colour rendition and visual clarity in extreme conditions like working around glass or water

Shade 5 Lens

VLT - 1.2%

Lens Shade Category - Shade 5

Standards - AS/NZS 1337.1:2010

  • UV400 provides 100% UV radiation protection up to 400nm
  • Protects from medium impact flying objects that may cause physical eye damage
  • Specifically used for Shade 5 applications such as oxy welding & cutting, plasma cutting and brazing where radiation exposure can cause permanent eye damage or blindness
  • Restricts 99.4% of Infra Red light rays between 780 nm and 1400 nm from reaching the eyes