Practically all visible blue light goes through the cornea and lens prior to reaching the retina. Digital screens such as gaming systems, tablets, iPads, laptops, televisions, computers, and smartphones.īecause your eyes are not really great at blocking blue light naturally, blue light is bad for you.Light emitted from the sun, which has a blue-violet light material of 25% to 30%.This part of the spectrum can likewise go through the front surface area of your eye to reach the retina. This part of the spectrum tends to pass through the cornea and lens of your eye and can reach your retina.īlue-turquoise light (465– 495 nm): It’s likewise called excellent blue light. Blue light can be divided into 2 main categories, which are:īlue-violet light (415– 455 nm): It’s also known as hazardous blue light or High Energy Violet (HEV) light. What Is Blue Light?īlue light is a color in the visible light spectrum and has wavelengths of about 415 nm to 495 nm. Since they have actually broadened its range of health care items beyond just supplying blue light blocking glasses, the company altered their name from BLUblox to BON CHARGE.īON CHARGE offer science-backed health products, including:īesides shielding you from digital eye strain, BON CHARGE blue light-blocking products can also improve your mental focus and sleep.īefore I get into the glasses options and advantages of the BON CHARGE range, here’s some essential details you require to learn about blue light and its affect on the eyes and brain. 9.1 Request The Transmittance Spectrum Report From The BrandīON CHARGE, previously known as BLUbox, is among the leading brand names in blue light blocking technology.
#ANTI FOG GLASSES HOW TO#
9 How To Test Your Daytime Computer Blue Light Glasses With Clear Lenses.7.2 BON CHARGE Light Sensitivity Glasses.7 BON CHARGE Blue Light Blocking Glasses.6 BON CHARGE Blue Light Blocking Glasses (Formerly BLUblox).5 Blue Light Blocking Glasses Advantages.1 Which Blue Light Blocking Glasses Brand Should I Select? Anti Fog Blue Light Glasses.Just scroll down to “Coatings” while choosing your Lens Options and check the Anti-Fog Permanent Coating box as shown below. You can add permanent anti-fog coating to any pair of glasses frames you purchase with us. How can I Order Anti-Fog Permanent Coating on My Lenses? Anti-Fog Permanent Coating NEVER fogs and is only applied once. Constant reapplication means you end up paying the same amount over a longer period of time as you constantly have to purchase more spray or paste. Anti-fog sprays and pastes need to constantly be reapplied, and even then the lenses still fog somewhat. Wouldn’t it be cheaper for me to just buy an anti-fog spray cleaner or Cat Crap anti-fog? Other anti-fog products work, they just don’t work as well as the Anti-Fog Permanent Coating.
Hot & Moist Air test- No Fog Formation After exposing to a hot, moist Environment.įreeze Test- No Fog Formation after transferring from cold conditions to a humid environment. The premium performance of this Anti Fog coating has been evaluated using various exposure tests, per industry standard testing procedures, such as:īreathe Fog Test – No fog formation after Direct breathing on the Coated Surface.
#ANTI FOG GLASSES FREE#
VS Eyewear’s Permanent Anti Fog coating for prescription safety glasses demonstrate superior fog free properties under a variety of conditions where fogging is an issue. The lenses may develop a layer of water instead of fog, but the water is transparent and is not dangerous. The result is a coating that NEVER fogs, even when going from the coldest conditions to a hot, humid climate. The coating works on a molecular level to keep water molecules from bunching together and causing the blinding fog that is so dangerous on safety glasses. Typical applications are safety goggles, prescription safety glasses, motorcycle goggles, and industrial safety glasses. It includes a hard anti-scratch coating which can be used where ever surface fogging is an issue. VS Eyewear’s Permanent Anti-Fog Coating for Glasses is a chemically bonded coating to both sides of the lens before it is cut.
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