SHe's a stripper

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Which is more robust?
I know both CS and CG can travel to hell and back with you, as bossman said…
But which is more robust when you consider same model in CS and CG, where only the differences between are coating and thickness.
In this case, can we say that more thicker is more tougher? Or thickness is not playing any role as its only coming from coating!
For instance, TG (CS): 0.25’’ and TG(CG): 0.26’’
 
An idea for future CG releases could be maybe to announce that such-and-such blade will have the pitted steel as opposed to not. This way the customer could be informed from the beginning and decide whether or not to buy the blade because he or she would know exactly what they were getting...might prevent some issues down the line. Just a thought.
 
LOL, Another Reason to Bring Back the Competition Finish! Just saying, I'd buy every one like that!
 
ertugrul said:
Which is more robust?
I know both CS and CG can travel to hell and back with you, as bossman said…
But which is more robust when you consider same model in CS and CG, where only the differences between are coating and thickness.
In this case, can we say that more thicker is more tougher? Or thickness is not playing any role as its only coming from coating!
For instance, TG (CS): 0.25’’ and TG(CG): 0.26’’
Click to expand...


You don't need a thick blade for toughness. It is practically impossible to break even a 0.187" thick Busse knife.
 
I KNEW this had something to do with Chuck Norris!!!!!!!!

Hear about the time he went to the Virgin Islands?


Now, they just call them 'the islands'.

.
 
Glad to get an answer and some reassurance from Jerry....Thanks for chiming in Boss Man :thumbup:


Just for the fun of adding to the pit formation conspiracy theories, could their presence have something to do with the addition of Nitrogen? I realize that if it's in the alloy, this would have to happen while the steel is being smelted at the steel-womb/steel-uterus (INFI is born, not manufactured ;-) ) -- I could be mistaken but I remember reading in a post Jerry saying that part of what made INFI special was the specific form of the alloying Nitrogen and how it was integrated into the rest of the steel recipe....as I understand it, this is unique to INFI, so perhaps the pitting which we don't see on other steels is a result of the Nitrogen being added? I don't know enough about metallurgy to explain why, but it sounds like a nice story to me :p
 
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