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.
This type of eye wear uses Plutonite lenses, a polycarbonate lens of special kind. By design, these lenses blocks both UV A and UV B from passing through the lens and is also the lightest material used in the manufacturing of lens. Aside from the said quality, these lenses are known for its low thermal conduction. This means that it heats up relatively slower and are less likely to fog. Such properties make it best suited for eye wear.
The visible light is composed of waves that travel in different directions. Vertical light is what helps us see the objects on the surroundings while horizontal light creates glare. Glare is cause by concentrated light that is reflected by a shiny horizontal surface. More often than not, glare can vision difficulties.
Standard lenses just filters light waves indiscriminately, whether horizontal or vertical. This merely minimizes glare, not completely get rid of it. However, visual acuity is also sacrificed since vertical lights are also filtered.
However, polarized lenses use filters of special kind. The material allows vertical light waves to pass through. This gives its wearer a much clearer view. Meanwhile, horizontal light is blocked. As a result, the glare is also eliminated.
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.
These accessories, though helpful most of the times, are not always preferred. For example, when skiing on icy conditions, identifying patchy snow is easier since they cause more glare that snow. Wearing these lenses makes it harder to identify these patches and may be dangerous to the skier.
Also, viewing images on an LCD screen is affected when using these sunglasses. Hence, they are not recommended for use by people who rely on equipments that uses LCD displays such as navigation equipments used by pilots and boaters. Fortunately, some manufacturers have already fixed this issue on the product.
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.
This type of eye wear uses Plutonite lenses, a polycarbonate lens of special kind. By design, these lenses blocks both UV A and UV B from passing through the lens and is also the lightest material used in the manufacturing of lens. Aside from the said quality, these lenses are known for its low thermal conduction. This means that it heats up relatively slower and are less likely to fog. Such properties make it best suited for eye wear.
The visible light is composed of waves that travel in different directions. Vertical light is what helps us see the objects on the surroundings while horizontal light creates glare. Glare is cause by concentrated light that is reflected by a shiny horizontal surface. More often than not, glare can vision difficulties.
Standard lenses just filters light waves indiscriminately, whether horizontal or vertical. This merely minimizes glare, not completely get rid of it. However, visual acuity is also sacrificed since vertical lights are also filtered.
However, polarized lenses use filters of special kind. The material allows vertical light waves to pass through. This gives its wearer a much clearer view. Meanwhile, horizontal light is blocked. As a result, the glare is also eliminated.
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.
These accessories, though helpful most of the times, are not always preferred. For example, when skiing on icy conditions, identifying patchy snow is easier since they cause more glare that snow. Wearing these lenses makes it harder to identify these patches and may be dangerous to the skier.
Also, viewing images on an LCD screen is affected when using these sunglasses. Hence, they are not recommended for use by people who rely on equipments that uses LCD displays such as navigation equipments used by pilots and boaters. Fortunately, some manufacturers have already fixed this issue on the product.
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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