The chart below has a full round image of how the lens looks from the front and a partial picture of what the lens looks like from the back.
Sapphire iridium vs black iridium.
For example a deep blue iridium lens is a polarized grey lens grey base color and has a mirrored blue look from the front.
They also refer to some plutonite stuff as their material.
Rose tint to enhance contrast and image resolution visual clarity in low light.
Comparing oakley iridium vs polarized lenses the differences posted on january 25 2014.
Explore prizm technology at the official oakley online store.
Features an iridium coating to reduce glare.
Rose base with a subtle iridium coating to improve contrast and depth perception in blues and greens.
Medium to bright light.
Prizm sapphire prizm jade and prizm torch.
Prizm is an oakley lens technology designed to enhance color and contrast so you can see more detail.
Prizm sapphire prizm jade and prizm torch are all similar functionally.
Ice iridium lenses there s a lot of confusion about the difference between the oakley blue iridium and the oakley ice iridium but most of it has to do with their names.
Basically iridium refers to the color of the mirror type coating on the front of the lenses.
Black iridium works best on a bright sunny day and its silver finish makes it one of the more.
Lens transmission range 8 21.
Go all in with prizm sport or prizm everyday.
Let s start with the oakley blue.
Oakley blue iridium vs.
Flat to medium light.
Clear to grey transitions.
Prizm and iridium lenses often have a reflective or mirrored quality.
When deciding which lens tint is right for you it ultimately comes down to which iridium mirror color you like best.
Even though these sound very much alike these two lenses couldn t be more opposite.
What is the difference between oakley iridium vs polarized lenses.
It s all very good marketing.
Just one of the many questions you might ask yourself when selecting sunglasses.
The main difference between these three all condition lenses is the outside appearance of the lens.