shape
carat
color
clarity

Pt950 Iridium vs Ruthenium for a matt 6mm wedding band?

leden

Rough_Rock
Joined
Jul 31, 2014
Messages
3
I am interested in buying a 6mm classic half-round wedding band in with a brushed (matt-like) finish, something like this:
http://www.bluenile.com/high-dome-wedding-ring-platinum-6-mm_47187?elem=title&track=product
from one of the local jewelerly stores (not bluenile) for a similar price ($900). The size would be 8.5 and comfort fit, and the alloy contains 5% Iridium (they cannot change that).

However, after reading a became a bit sceptical about the 95%Pt / 5% Ir alloy that I commonly see around here in Chicago. As far as I have read on this forum, 95% Pt / 5% Ru is much more scratch and wear resistant.

Let's say that the patina wouldn't bother me as much as scratch resistance (the ring is 6mm wide) or bending (it is not so thick). Honestly, I am not a person who does a lot of physical work either, but I do want my ring not to tear down during my lifetime. Finally, I wouldn't mind the slight difference in color (if any).

Since I am going with a brushed finish (which is less shiny and "scratched" by default), is it still worth (both price-wise and hassle-wise) going with the other two stronger alloys from a different jewelry store (yet to be found)?
Conversely, what would be the advantages of going with a 95%Pt / 5%Ir alloy for the ring similar as above?
Finally, how much of a difference do you think it would make for me as a user?
 
You could probably save money on same ring at eweddingbands.com
 
Thanks guys. I have already searched the web thoroughly as well as this forum, so I would appreciate some first-hand experience.
 
I will let others talk about their experience with the two platinums... I only have experience w/ the 5% Iridium. Yes it loses it's shininess in places pretty fast, as in a few months of daily wear with nothing crazy like weight lifting gnarls or yard work abuse, but certainly not babied.

Platinum that is not seriously abused will last a lifetime, and probably many lifetimes, no matter the alloy. Frankly I don't think it'll be a huge issue in whatever you choose.

Vickers hardness is a measure of resistance to indentation. Because you don't want indents (something too malleable), it sounds like you would prefer higher vickers hardness.
 
GET 3 FREE HCA RESULTS JOIN THE FORUM. ASK FOR HELP
Top