Pyramex Lens Color Technology

1. Lens Color Visible Light Transmitted 380 - 780nm UVA, UVB Blocked 200 - 380nm Blue Light Blocked 400 - 700nm IR Blocked 780 - 2000nm 1.5 IR Filter commonly used for peripheral personnel who are not exposed to direct IR radiation 58% 10 0% 85% 83% 3.0 IR Filter commonly used around welding sites or for light brazing or cutting 12 % 10 0% 97% 95% 5.0 IR Filter commonly used around welding sites or for medium to heavy cutting and medium to heavy gas welding 2% 10 0% 99% 99% Arc blocks 75% of IR radiation | ideal for use in welding areas | designed for those who are not exposed to direct IR radiation 59% 99.9% 45% 76% Amber commonly used in indoor, low light applications | enhances contrast 89% 99.9% 75% 18 % Antique Mirror commonly used in outdoor applications | gray polycarbonate lens with gold mirror coating | reduces glare 23% 99.9% 84% 40% Blue Mirror commonly used in outdoor applications | gray polycarbonate lens with blue mirror coating | reduces glare 23% 99.9% 77% 48% Polarized Blue Mirror commonly used in outdoor applications | contains a special filter that blocks intense reflected light, reducing glare and eye fatigue 7% 10 0% 93% 23% Clear general purposes for indoor applications that require impact protection 92% 99.9% 9% 18 % Coffee commonly used in outdoor applications | best for enhancing depth perception 15% 99.9% 96% 35% Dark Gray commonly used in outdoor applications | offers protection from excessive glare 7% 99% 93% 48% Forest Gray commonly used in outdoor applications | provides the least amount of color distortion 10% 10 0% 94% 65% Polarized Forest Gray commonly used in outdoor applications | provides the least amount of color distortion | contains a special filter that blocks intense reflected light, reducing glare and eye fatigue 14% 10 0% 90% 38% Gold Mirror commonly used in outdoor applications | gray polycarbonate lens with gold mirror coating | reduces glare 23% 99.9% 84% 40% Gray commonly used in outdoor applications | offers protection from excessive glare 23% 99.9% 74 % 48% Polarized Gray commonly used in outdoor applications | contains a special filter that blocks intense reflected light, reducing glare and eye fatigue 11% 10 0% 90% 18 % Lens Color Technology

2. Lens Color Visible Light Transmitted 380 - 780nm UVA, UVB Blocked 200 - 380nm Blue Light Blocked 400 - 700nm IR Blocked 780 - 2000nm Green Mirror commonly used in outdoor applications | gray polycarbonate lens with a double layer of silver and green mirror coatings | reduces glare 10% 10 0% 93% 30% Polarized Green Mirror commonly used in outdoor applications | provides the least amount of color distortion | contains a special filter that blocks intense reflected light, reducing glare and eye fatigue 10% 10 0% 93% 30% Ice Blue Mirror commonly used in outdoor applications | gray polycarbonate lens with a double layer of silver and blue mirror coatings | reduces glare 13 % 99.9% 95% 51 % Ice Orange Mirror commonly used in outdoor applications | gray polycarbonate lens with a double layer of silver and orange mirror coatings | reduces glare 10% 99.9% 90% 35% I/O Mirror commonly used where it is required to move between indoor applications to outdoor applications | clear polycarbonate lens with light gold mirror coating | reduces glare 50% 10 0% 65% 39% Infinity Blue commonly used in indoor applications where there is an excessive amount of yellow or sodium vapor light | offers a high level of contrast 71 % 99.9% 17% 18 % Light Gray commonly used in outdoor applications | offers protection from excessive glare 52% 10 0% 50% 35% Mango offers high contrast for low light applications 29% 10 0% 50% 0% Multi-Color Mirror commonly used in outdoor applications | gray polycarbonate lens with layers of silver and red, blue and green mirror coatings 23% 99.9% 84% 40% Orange offers high contrast and low light image resolution 61 % 99.9% 86% 18 % Photochromic commonly used where it is required to move between indoor applications to outdoor applications | changes from clear to dark, after exposed to direct UV light – changes from dark to clear, after removed from UV light | Transitions between 85% - 24% 82% 10 0% 20% 20% Pink commonly used in low light and flat light conditions | enhances definition and contrast 82% 99.9% 19 % 20% Purple Haze commonly used in medium to low light conditions | enhances contrast 41% 99.9% 41% 25% Sandstone Bronze commonly used in outdoor applications | enhances contrast 23% 10 0% 87% 55% Shooter's Amber commonly used in low light conditions | offers high contrast with minimal strain on the eyes 29% 99.9% 96% 48% Silver Mirror commonly used in outdoor applications | gray polycarbonate lens with silver mirror coat - ings | reduces glare 23% 99.9% 85% 59% Sky Red Mirror commonly used in outdoor applications | gray polycarbonate lens with a double layer of silver and red mirror coatings | reduces glare 14% 99.9% 91% 64% Polarized Sky Red Mirror commonly used in outdoor applications | gray polycarbonate lens with a double layer of silver and red mirror coatings | contains a special filter that blocks intense reflected light, reducing glare and eye fatigue 11% 10 0% 90% 40% Smoke Green commonly used in outdoor applications | provides the least amount of color distortion 10% 10 0% 94% 65% Smoke Green Mirror commonly used in outdoor applications | gray polycarbonate lens with smoke green mir - ror coating | provides the least amount of color distortion 11% 10 0% 80% 50% Sun Block Bronze commonly used in outdoor applications | blocks the blue light of the spectrum | offers brighter view on cloudy, hazy or foggy days 17% 10 0% 96% 50% Vermilion commonly used for shooting sporting clays | has a muting effect on green to bluish backgrounds | enhances contrast while reducing all color equally for optimum color recognition 23% 10 0% 86% 48%