Afternoon guys, hope all's well, never member here.
I did a forced mustard (wholegrain Dijon, if you're wondering...) patina on my Mora 102 yesterday evening. I left it to sit for perhaps 30 minutes and it came out quite nice, apart from one little thing I noticed...
I wiped all the mustard off with paper towel, then rinsed the blade thoroughly, dry off totally, rinse & repeat multiple times until I was certain all mustard was gone.
Now, about an hour after this I was just admiring the nice patina, and noticed some rust. On the top face of the bolster - Where the tang comes down through - some bright orange rust had appeared. Any ideas how this has came about so quickly? I have a guess:
The mustard-steel-oxygene reaction is basically "opening up" the steel in a fashion, and perhaps I haven't neutralised the reaction properly, hence when some water has gotten trapped in the bolster, the water-steel-oxygene reaction has had a perfect environment to work in, due to the already compromised top layer of steel. Does that make any sense?
What should I do the solve this, and is my idea at all correct?
Thanks
I did a forced mustard (wholegrain Dijon, if you're wondering...) patina on my Mora 102 yesterday evening. I left it to sit for perhaps 30 minutes and it came out quite nice, apart from one little thing I noticed...
I wiped all the mustard off with paper towel, then rinsed the blade thoroughly, dry off totally, rinse & repeat multiple times until I was certain all mustard was gone.
Now, about an hour after this I was just admiring the nice patina, and noticed some rust. On the top face of the bolster - Where the tang comes down through - some bright orange rust had appeared. Any ideas how this has came about so quickly? I have a guess:
The mustard-steel-oxygene reaction is basically "opening up" the steel in a fashion, and perhaps I haven't neutralised the reaction properly, hence when some water has gotten trapped in the bolster, the water-steel-oxygene reaction has had a perfect environment to work in, due to the already compromised top layer of steel. Does that make any sense?
What should I do the solve this, and is my idea at all correct?
Thanks