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Edgardo Acuña
·@Edgardo Acuña - you might want to check out this thread for some potential watch foes to look out for... https://omegaforums.net/threads/watch-foe-s-post-your-watch-foe-s.26602/
@Edgardo Acuña - you might want to check out this thread for some potential watch foes to look out for... https://omegaforums.net/threads/watch-foe-s-post-your-watch-foe-s.26602/
Hahaha this is funny. I'm very careful with my watch. I don't know where the ding came from.
I got a fairly gnarly scratch and dent on the lug of my Apollo 15 40th Anniversary after a big night out a few years ago (yes, silly I know!), I took it back to the Omega Boutique that I bought it from and they polished most of it out free of charge. I hate getting scratches on my watches, but it's all part of owning the watch, I've come to accept that it's better to wear them and enjoy them rather than save them for the next owner!
Honestly if you're that picky about a tiny ding, wait until you get the watch back from a polish and notice the slight unevenness of the polished surfaces and facets throughout the entire case..
I vote never get it polished unless you take a large chunk out of it.
Buy a Rolex, their steel is 904L and it won’t get scratched or dinged up. Or so they claim it is stronger, so they claim.
Well they arent truly right in that claim. Both 316L and 904L are low carbon (hence the L) austenitic stainless steels. Both have a Rockwell hardness of less than 95. Both are alloyed with Cromium, Nickel and Molybdenium. But the 904L have near dubble the amount of Nickel, Cromium and Molybdenium in addition to containing 2-4% Copper.
The reason for using 904L is higher corrotion resistance in saltwater specialy against pitting.
I dont think this have any importance in the watch industy. What do matter is that 904L is easier to maschine and is a little whiter because of the higher alloy content. I dont remeber if its Chromium or Nickel, but one gives a yellow hue and the other a whiter hue.
If you want a harder watch case make it of Martensitic hardenabel steel like the 440 series of steels with are used in knives among other things.
I love metals, so thanks for the oportunity for a little rant!
Well they arent truly right in that claim. Both 316L and 904L are low carbon (hence the L) austenitic stainless steels. Both have a Rockwell hardness of less than 95. Both are alloyed with Cromium, Nickel and Molybdenium. But the 904L have near dubble the amount of Nickel, Cromium and Molybdenium in addition to containing 2-4% Copper.
The reason for using 904L is higher corrotion resistance in saltwater specialy against pitting.
I dont think this have any importance in the watch industy. What do matter is that 904L is easier to maschine and is a little whiter because of the higher alloy content. I dont remeber if its Chromium or Nickel, but one gives a yellow hue and the other a whiter hue.
If you want a harder watch case make it of Martensitic hardenabel steel like the 440 series of steels with are used in knives among other things.
I love metals, so thanks for the oportunity for a little rant!
Hi
Hi since you love metals, maybe you can help me? Is there anything I can do to fix the scratch on my watch?
Hi
Hi since you love metals, maybe you can help me? Is there anything I can do to fix the scratch on my watch?
Well they arent truly right in that claim. Both 316L and 904L are low carbon (hence the L) austenitic stainless steels. Both have a Rockwell hardness of less than 95. Both are alloyed with Cromium, Nickel and Molybdenium. But the 904L have near dubble the amount of Nickel, Cromium and Molybdenium in addition to containing 2-4% Copper.
The reason for using 904L is higher corrotion resistance in saltwater specialy against pitting.
I dont think this have any importance in the watch industy. What do matter is that 904L is easier to maschine and is a little whiter because of the higher alloy content. I dont remeber if its Chromium or Nickel, but one gives a yellow hue and the other a whiter hue.
If you want a harder watch case make it of Martensitic hardenabel steel like the 440 series of steels with are used in knives among other things.
I love metals, so thanks for the oportunity for a little rant!
Well they arent truly right in that claim. Both 316L and 904L are low carbon (hence the L) austenitic stainless steels. Both have a Rockwell hardness of less than 95. Both are alloyed with Cromium, Nickel and Molybdenium. But the 904L have near dubble the amount of Nickel, Cromium and Molybdenium in addition to containing 2-4% Copper.
The reason for using 904L is higher corrotion resistance in saltwater specialy against pitting.
I dont think this have any importance in the watch industy. What do matter is that 904L is easier to maschine and is a little whiter because of the higher alloy content. I dont remeber if its Chromium or Nickel, but one gives a yellow hue and the other a whiter hue.
If you want a harder watch case make it of Martensitic hardenabel steel like the 440 series of steels with are used in knives among other things.
I love metals, so thanks for the oportunity for a little rant!
You mean to say that Rolex has exaggerated the scratch resistance of its proprietary, made in its own foundry (by elves, no doubt) 904L steel? It WILL scratch? OMG!!! I hope this doesn’t get out to the public. It could result in Rolex stainless steel sports watches being readily available at - GASP - retail price!!! Angels and ministers of grace, defend us! 🙄
At this rate OP will reach 200 posts ranting and worrying about a tiny scratch/dent on his watch. OP, you will just have to live with it.