Holly crap-olla and I thought people had strong opinions about politics, it seams if one wishes to engage in SERIUOS verbal hand to hand combat forget about the reasonably bloodless realm of political debate comparatively speaking, start a discussion about the proper way to anneal rifle brass if you wish to be lower lip deep in a verbiage firefight.
Well unfortunately Im going to do exactly that because I have to learn how to anneal my brass. Why you might ask? well because I simply can not afford to spend $300-$1000 on an semi to fully automated annealing machine and I also have chosen 300 wsm as my preferred cartridge and 300 wsm brass is either or both VERY scarce and VERY expensive, and I also wish to dramatically increase how much and often I shoot (not just 300wsm but .308/Win as well) so accordingly I must maximize my brass life.
Like most newbies, I went about researching annealing at MANY multiple web sources like this one, and quickly became overwhelmed and the end result was the infamous state AKA "Paralyisis by analysis"
After much consideration I felt my options were the fallowing based on cost VS return on expense:
#1-Use torch and cordless screw driver method
I really like this method as I would only need to anneal 50 or fewer pieces of brass at a sitting, but reaching and maintain proper temp is the main issue. I know many use and swear by templaque but an equal number dismiss templaque as inaccurate for use in annealing and therefore useless.
#2-Salt bath annealing, sounds great but has certain safety issues, but I am leaning strongly towards it as the best all around compromise of cost (+/- $100), accuracy, practicality and safety
#3-Soaking in molten lead annealing, based on my research (and because of my quite limited knowledge I admit I could be wrong) molten lead soaking seams about ideal in all respects EXCEPT in terms of safety. I really don't want to deal with risking ingesting lead be it from direct contact or from breathing fumes. I know I can completely eliminate all contact with lead of my unprotected skin, but elimination the inhalation hazard is more difficult.
#4-Send my brass out to an annealing service, great idea but how do I know they are doing it correctly and turn around time might or might not be an issue.
So I have but two questions;
#1-All things considered is the salt bath system the best all around compromise as I believe, or am I better off with using one of the other 3 options?
#2-If I am going to do my own annealing and salt bath is the way to go would a person who is 100% confident they have mastered salt bath annealing tell me what temp they use and how long the anneal their brass for.
Thank you,
Arthur.
Well unfortunately Im going to do exactly that because I have to learn how to anneal my brass. Why you might ask? well because I simply can not afford to spend $300-$1000 on an semi to fully automated annealing machine and I also have chosen 300 wsm as my preferred cartridge and 300 wsm brass is either or both VERY scarce and VERY expensive, and I also wish to dramatically increase how much and often I shoot (not just 300wsm but .308/Win as well) so accordingly I must maximize my brass life.
Like most newbies, I went about researching annealing at MANY multiple web sources like this one, and quickly became overwhelmed and the end result was the infamous state AKA "Paralyisis by analysis"
After much consideration I felt my options were the fallowing based on cost VS return on expense:
#1-Use torch and cordless screw driver method
I really like this method as I would only need to anneal 50 or fewer pieces of brass at a sitting, but reaching and maintain proper temp is the main issue. I know many use and swear by templaque but an equal number dismiss templaque as inaccurate for use in annealing and therefore useless.
#2-Salt bath annealing, sounds great but has certain safety issues, but I am leaning strongly towards it as the best all around compromise of cost (+/- $100), accuracy, practicality and safety
#3-Soaking in molten lead annealing, based on my research (and because of my quite limited knowledge I admit I could be wrong) molten lead soaking seams about ideal in all respects EXCEPT in terms of safety. I really don't want to deal with risking ingesting lead be it from direct contact or from breathing fumes. I know I can completely eliminate all contact with lead of my unprotected skin, but elimination the inhalation hazard is more difficult.
#4-Send my brass out to an annealing service, great idea but how do I know they are doing it correctly and turn around time might or might not be an issue.
So I have but two questions;
#1-All things considered is the salt bath system the best all around compromise as I believe, or am I better off with using one of the other 3 options?
#2-If I am going to do my own annealing and salt bath is the way to go would a person who is 100% confident they have mastered salt bath annealing tell me what temp they use and how long the anneal their brass for.
Thank you,
Arthur.