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**adunnyByday** · 04-18-2012, 09:52 PM

I just did a search on "iron chloride alloy", apparently iron chloride is used in labs to corrode even stainless steel alloys.... I think it is probably impossible that ironchloride could be used in an iron based alloy and give it anti-corroding properties, it seems like this would be the least likely compound to use in an iron rich compound that doesn't corrode...

This story is full of shit IMO!

Anyone who talks about millions of years "evolutionary dating" already made it clear that he has no idea what he is talking about. It looks like this may have been a tool that was lost during the great flood / cataclysm of 5000 years ago. The rock is sedimentery that was probably dried and sealed mud in less than 100 years.

The elemental analysis (I think that is what they did) said there was also sulphur in the alloy. What is overlooked here is the surface sediment surrounding the iron. It seems that the iron (and wood) were trapped in a very dry (anhydrous) and anaerobic environment. The contents of the metal really don't matter if the environment is non-corrosive, non-oxidative.

04-18-2012, 09:52 PM	#19
adunnyByday Join Date Oct 2005 Posts 519 Senior Member	I just did a search on "iron chloride alloy", apparently iron chloride is used in labs to corrode even stainless steel alloys.... I think it is probably impossible that ironchloride could be used in an iron based alloy and give it anti-corroding properties, it seems like this would be the least likely compound to use in an iron rich compound that doesn't corrode... This story is full of shit IMO! Anyone who talks about millions of years "evolutionary dating" already made it clear that he has no idea what he is talking about. It looks like this may have been a tool that was lost during the great flood / cataclysm of 5000 years ago. The rock is sedimentery that was probably dried and sealed mud in less than 100 years. The elemental analysis (I think that is what they did) said there was also sulphur in the alloy. What is overlooked here is the surface sediment surrounding the iron. It seems that the iron (and wood) were trapped in a very dry (anhydrous) and anaerobic environment. The contents of the metal really don't matter if the environment is non-corrosive, non-oxidative.
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