New to casting and coating.

Yup, it's a very interesting rabbit hole to go down. I got into this for a relic, now I'm making 2 harder to find bullet types unless I want to pay for shipping. Merritt is kinda the middle of nowhere, and everywhere it seems. Once I get this caliber down, I move onto casting my grandkid some Jig head hooks, powdercoat will begin.
 
so I cast some more of the .311 and .308 today, much better results I think. This is the first batch of the ones to powder coat. I did have a bit of issue with the sprue cutter loosened off
 

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I've seen a maker list his recipe as 92-6-2 , assuming it means 2% antimony?

am learning that mixture temp has a lot to do with finish too
still learning here, thanks for the thread
 
correcting myself here maybe
Lyman #2 alloy recipe is actually 92 lead, 2 tin, 6 antimony

"Brownells Hardball Bullet Casting Alloy. Ingots weight roughly 5 pounds. This alloy consists of 92% Lead, 2% Tin, and 6% Antimony. This is the modern version of the old Lyman #2 and is a great alloy for use in handgun bullets and many higher velocity rifle cartridges. Has a Brinell Harndess of about 16.
 
correcting myself here maybe
Lyman #2 alloy recipe is actually 92 lead, 2 tin, 6 antimony

"Brownells Hardball Bullet Casting Alloy. Ingots weight roughly 5 pounds. This alloy consists of 92% Lead, 2% Tin, and 6% Antimony. This is the modern version of the old Lyman #2 and is a great alloy for use in handgun bullets and many higher velocity rifle cartridges. Has a Brinell Harndess of about 16.


That is actually "Hard Ball" or terracorp magnum alloy

Lyman #2 Is 90/5/5


96/2/2 will give you a brinell hardness of 11


I usually do COWW/PEWTER at 97/3 which gives me EDIT: Water quenching can bring this up to the 20's

Tin %Antimony %Arsenic %Copper %Silver %Lead %WeightEst. Hardness
3.26%3.09%0.24%0.05%0.00%93.4%100.012.4
 
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