View single post by Hammerfjord | |||||||||||||
Posted: Thu Sep 27th, 2012 05:12 pm |
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Hammerfjord![]()
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There's an important relation between the crystal's thickness and the bezel's top: Over, under or right on the crystal's edge. Why? Well, until I experienced it: I never asked me the question in fact. Been constantly seeing crystal edges popping out of bezels and never thought out of the box as : Is it a handicap? Yes it is... There's no mystery in: Sharp edges are prone to easy shattering under stress. So, let's get down to the business: I built an homage for working when I'm on oil/gas rigs. I used it for weeks without any trouble but on one trip, I managed to damage the crystal twice. How? Just by leaning on a valve-wheel at first and after just by hitting slowly a flange...Bad luck, the leather glove and my working coverall wasn't in between. It's an Asian case with sapphire crystal: I ordered a sapphire and I know the difference between a sapphire and a mineral, even how to test the difference... Sapphire is sapphire, or 9 on Mohs hardness scale even when it's thermal grown(man made). If you want harder: Get a diamond who's 10 on Mohs... So you get my point: Your Rolex crystal isn't harder than that. Point is: When your crystal have to be this thick to handle some hundreds meter pressure under water and you bezel is this thin because you watch is designed to be slim: You crystal's edge is exposed. Pictures there... ![]() ![]() It's not easy to capture it with the light effects but you can see the cracks. Of course we don't talk about big shattering but remember that I wasn't smashing hard on it. I wait for your meanings and inputs ![]()
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