Pookie and Jerry ( sounds like a cartoon
Seriously... Jerry explained his process in another thread and based on my experience in the metal machining and coating industry I have no reason to doubt the process and believe it to be a unique idea.
I asked the question because of my limited knowledge of ceramics. Sure, it's not a *true* ceramic coating in the normal sense of the word, instead it's similar to impregnation coatings that's been around for some time.
If you did a Rockwell test on the coating it would not show up as hard as regular ceramics since it's a loose compaction of the material applied *with* a flexible agent. This is the only way it can be successful since the blade has to have flex charcteristics.
I can only assume the main reasoning for this coating is wear resistance along the flat of the blade. In other words, if you laid the blade flat and rubbed it against a rock, the *ceramic* coating would wear longer than regular steel. However, if you attempted to do direct perpendicular inavsion of the blade with a small object, the coating would have little increased value due to the lack of compression on the ceramic dust - a *necessary* evil for any coating that has to flex.
I know Jerry's had some problems shipping blades, and I'm not trying to defend him here or make light of your situation since I don't know about it, but I will say that those who own his blades have nothing but praise for them. As soon as he gets production straightened out, I plan on buying a couple to try out in the jungle.
On another note...I'm on a 13 month waiting list for a model 14 Randall. - Jeff
------------------
Randall's Adventure & Training
jeff@jungletraining.com

Seriously... Jerry explained his process in another thread and based on my experience in the metal machining and coating industry I have no reason to doubt the process and believe it to be a unique idea.
I asked the question because of my limited knowledge of ceramics. Sure, it's not a *true* ceramic coating in the normal sense of the word, instead it's similar to impregnation coatings that's been around for some time.
If you did a Rockwell test on the coating it would not show up as hard as regular ceramics since it's a loose compaction of the material applied *with* a flexible agent. This is the only way it can be successful since the blade has to have flex charcteristics.
I can only assume the main reasoning for this coating is wear resistance along the flat of the blade. In other words, if you laid the blade flat and rubbed it against a rock, the *ceramic* coating would wear longer than regular steel. However, if you attempted to do direct perpendicular inavsion of the blade with a small object, the coating would have little increased value due to the lack of compression on the ceramic dust - a *necessary* evil for any coating that has to flex.
I know Jerry's had some problems shipping blades, and I'm not trying to defend him here or make light of your situation since I don't know about it, but I will say that those who own his blades have nothing but praise for them. As soon as he gets production straightened out, I plan on buying a couple to try out in the jungle.
On another note...I'm on a 13 month waiting list for a model 14 Randall. - Jeff
------------------
Randall's Adventure & Training
jeff@jungletraining.com