Found this scientific article about forensic analysis of black powder and black powder substitute residues
https://pubs.acs.org/doi/abs/10.1021/acs.analchem.8b04624
From this chart (table 1 on the article): https://i.imgur.com/L82ZGdh.png
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It turns out that real black powder is the ONLY thing that does not have potassium perchlorate. When burned, potassium perchlorate produces potassium chloride, AKA salt. This is the same stuff that makes eastern block berdan primers corrosive.
Black powder (and Pyrodex) still produces sulfur compounds, which is mildly corrosive since they turn into sulfuric acid with humidity
Also explains why goex is a lot easier to clean than pyrodex in my experience. Figured this might be helpful for you other muzzleloader folks
https://pubs.acs.org/doi/abs/10.1021/acs.analchem.8b04624
From this chart (table 1 on the article): https://i.imgur.com/L82ZGdh.png
**Image and video linking functions will be enabled after you have contributed more to the forum**
It turns out that real black powder is the ONLY thing that does not have potassium perchlorate. When burned, potassium perchlorate produces potassium chloride, AKA salt. This is the same stuff that makes eastern block berdan primers corrosive.
Black powder (and Pyrodex) still produces sulfur compounds, which is mildly corrosive since they turn into sulfuric acid with humidity
Also explains why goex is a lot easier to clean than pyrodex in my experience. Figured this might be helpful for you other muzzleloader folks
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