Polarized gascan sunglasses are a special line of sunglasses that use polarized lenses. These accessories are used to minimize or eliminate the unwanted effect of glare and also provide added protection for the eyes. These glasses differ from standard, non polarized ones by treating light waves differently.
Plutonite lens, a special type of polycarbonate lens, are used in these glasses. These lenses are made to block all UV rays and is also referred to as the lightest material used in modern lenses. Another desirable property is the low thermal conductivity. With this, the lenses do not heat up easily and therefore has lesser probability to fog.
The light in the surroundings travel in different and sometimes scattered directions. What our eyes use to see are vertical light waves. Meanwhile, horizontal light waves are what comprises glare. Glare happens when light is reflected by a flat, shiny horizontal surface of an object.
What non polarized lenses do is randomly filter the light coming from all directions, may it be horizontal or vertical. This minimizes glare but it does not totally eliminate it. Since even the vertical light is filtered as well, the wearer's visual clarity is also affected.
On the other hand, Plutonite lenses uses a special kind of filter. They let the vertical light to pass through the lens, which gives the user a clearer vision. Furthermore, the horizontal component of light is totally eliminated which makes it pretty effective in eliminating glare.
These sun glasses are best suited for people who are engaged in any water sports. The flat and reflective water surface is well known to cause glares. The flat water surface creates glare by reflecting and partially polarizing the horizontal light waves. By eliminating glare, these sunglasses help make the water look much clearer as it helps you see what is beneath the surface. Furthermore, peripheral vision is improved by XYZ Optics, a technological innovation that maintains visual clarity at different angles of view.
Notwithstanding, there are conditions when these sunglasses are not very helpful at all. To easily spot and identify patches of ice, skiing on ice relies on the amount of visible glare. Ice are known to create more glare compared to the snow. As such, wearing these accessories make it hard to locate the patches which could be dangerous when skiing.
Furthermore, viewing on LCD screens are also affected. So when involved in activities that use LCD display screens, such as piloting an aircraft or boating, the use of these accessories is not preferred. While some manufacturers have created ways to fix this issue, this is not true to all products yet.
Different manufacturers use different technologies to achieve polarized lenses. As for the polarized gascan sunglasses, it uses the liquid infusion process to bond the filter at molecular level. To achieve the design, two lenses are cut from one lens shield that has a special curve and are then mounted to a special frame which follows the original and continuous contour. The frame is also made lightweight and stress resistant. The impact tests also shows that it conforms to the ANSI Z87.1 standards that gives an assurance for added protection for the user.
Plutonite lens, a special type of polycarbonate lens, are used in these glasses. These lenses are made to block all UV rays and is also referred to as the lightest material used in modern lenses. Another desirable property is the low thermal conductivity. With this, the lenses do not heat up easily and therefore has lesser probability to fog.
The light in the surroundings travel in different and sometimes scattered directions. What our eyes use to see are vertical light waves. Meanwhile, horizontal light waves are what comprises glare. Glare happens when light is reflected by a flat, shiny horizontal surface of an object.
What non polarized lenses do is randomly filter the light coming from all directions, may it be horizontal or vertical. This minimizes glare but it does not totally eliminate it. Since even the vertical light is filtered as well, the wearer's visual clarity is also affected.
On the other hand, Plutonite lenses uses a special kind of filter. They let the vertical light to pass through the lens, which gives the user a clearer vision. Furthermore, the horizontal component of light is totally eliminated which makes it pretty effective in eliminating glare.
These sun glasses are best suited for people who are engaged in any water sports. The flat and reflective water surface is well known to cause glares. The flat water surface creates glare by reflecting and partially polarizing the horizontal light waves. By eliminating glare, these sunglasses help make the water look much clearer as it helps you see what is beneath the surface. Furthermore, peripheral vision is improved by XYZ Optics, a technological innovation that maintains visual clarity at different angles of view.
Notwithstanding, there are conditions when these sunglasses are not very helpful at all. To easily spot and identify patches of ice, skiing on ice relies on the amount of visible glare. Ice are known to create more glare compared to the snow. As such, wearing these accessories make it hard to locate the patches which could be dangerous when skiing.
Furthermore, viewing on LCD screens are also affected. So when involved in activities that use LCD display screens, such as piloting an aircraft or boating, the use of these accessories is not preferred. While some manufacturers have created ways to fix this issue, this is not true to all products yet.
Different manufacturers use different technologies to achieve polarized lenses. As for the polarized gascan sunglasses, it uses the liquid infusion process to bond the filter at molecular level. To achieve the design, two lenses are cut from one lens shield that has a special curve and are then mounted to a special frame which follows the original and continuous contour. The frame is also made lightweight and stress resistant. The impact tests also shows that it conforms to the ANSI Z87.1 standards that gives an assurance for added protection for the user.
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