How to Put Anti-Glare Coating on Glasses
Glare and reflection are two big problems when you wear glasses but anti-reflective coatings, also called antiglare or AR coating, help cut down on both.
In addition to helping you see better, antiglare coatings have the added benefit of making your glasses more cosmetically appealing because they not only cut down on the reflections you see through the lens, but also the light reflected off the front of the lenses that other see. Most people who are on television who wear glasses have an antiglare coating on their lenses. There is only one way to get AR coating.
- Glare and reflection are two big problems when you wear glasses but anti-reflective coatings, also called antiglare or AR coating, help cut down on both.
Get a copy of your current glasses prescription. By law, your eye doctor must give you your prescription and you can order your AR lenses from any optical retail store or online seller. Anti-glare coating can only be added to new lenses, not applied to lenses that have already been worn.
Take your prescription to an optical retail store. Discuss anti-reflective coatings with the optician who is helping you order your lenses. Many different companies sell AR coatings, and cost varies depending on the quality and manufacturer.
- Take your prescription to an optical retail store.
- Discuss anti-reflective coatings with the optician who is helping you order your lenses.
Order your AR lenses yourself if you are purchasing your new lenses online. Most online glasses retailers have limited options for anti-reflective coated lenses. Be sure to check the box for AR coating. You may find several levels, or grades of AR. Prices usually reflect quality, so the more expensive coatings reflect light and glare better than the less expensive choices.
- The word "coating" when referring to antiglare properties of lenses refers to an older method of applying the layers of anti-reflective properties to lenses. As of 2011, AR lenses are made by fusing or baking the layers of special chemicals into the lens in an optical laboratory. The process takes several hours to complete.
Beth Richards, a freelance writer since 2002, writes about health and draws from her 25 years as a licensed dispensing optician. She has authored several books, writes for national magazines including "Country Living" and "Organic Family" and is a health and wellness features writer for several publications. She is earning a Bachelor of Arts in English from the University of Maryland.