CrazyFingers
06-13-13, 13:56
I need some advice on my first batch of 9mm and .45 reloads, the goal being a light target load for plinking and range practice. Unfortunately, I do not have a chronograph. Here's the relevant data:
9mm
Brass - once fired Winchester White Box
Primer - TulAmmo Small Pistol Magnum (http://www.midwayusa.com/product/118055/tulammo-small-magnum-pistol-primers-box-of-1000-10-trays-of-100) (all I could find)
Powder - Alliant Bullseye (http://www.alliantpowder.com/products/powder/bullseye.aspx)
Projectile - Remington 115gn FMJ (http://www.midwayusa.com/product/529608/remington-bullets-9mm-355-diameter-115-grain-full-metal-jacket-box-of-1000-bulk-packaged)
.45 ACP
Brass - once fired Federal small primer
Primer - TulAmmo Small Pistol Magnum
Powder - Alliant Bullseye
Projectile - Hornady 230gn FMJ (http://www.natchezss.com/Bullets.cfm?contentID=productDetail&brand=HO&prodID=HO451771&prodTitle=Hornady%20Handgun%20Bullet%20-%20.45%20cal%20.451)
The only primers I could find were small pistol magnum, so I read as much as I could find about the differences, with the general consensus being that they should work, but I should be conservative with the starting load.
For the 9mm, the loading data was...confusing.
Speer #12 (1995) - starting load 4.2 /MAX 4.7 - OAL: 1.135
Hornady 4th (1996) - starting load 4.5 / MAX 5.1 - OAL: 1.105
MidwayUSA's sheet (1998) - starting load 3.7 / MAX 4.5 - OAL: 1.160
Lyman 49th (2008) - starting load 3.5 / MAX 4.8 - OAL: 1.090
Alliant (2013) - starting load 4.2 / MAX 4.7 - OAL: 1.125
Since I was working with magnum primers, I knew I wanted to start below the starting load, so I looked at the wide variation in load data and assumed that the powder manufacturer would be the most accurate. I also assumed it would be best to avoid compressing the cartridge more than necessary. My starting load was 4.1gn, with OAL 1.150, working up from there.
Here's the results of my first batch through a 92fs:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/9mm_Reloads_Cropped_zps04bf8ed7.jpg
From top row to bottom row: 4.1gn, 4.3gn, 4.5gn
What concerns me is the raised, rounded edge of the primer strike, as this looks like what people describe when they talk about overpressure signs. Until I looked at the untouched once-fired brass that still had the spent factory Winchester primers in them:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/9mm_Factory_cropped_zps46370e1e.jpg
Unless I'm blind, I see the exact same cupping on the factory rounds that I see on my reloads. My plan is to back the load down to the Lyman starting load of 3.5gn (or less, if advised) and see what happens.
.45 loading data:
Speer #12 (1995) - starting load 5.2 /MAX 5.7 - OAL: 1.260
MidwayUSA's sheet (1998) - starting load 4.8 / MAX 5.8 - OAL: 1.275
Lyman 49th (2008) - starting load 3.8 / MAX 5.3 - OAL: 1.275
Alliant (2013) - starting load 5.1 / MAX 5.7 - OAL: 1.260
Again, I went below Alliant's starting load as a baseline, fired through a 1911:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/45_Reloads_web_zpsf0b202b1.jpg
Top to bottom row: 5.0gn, 5.2gn, 5.4gn with OAL 1.270
Here's the same brass with the factory Federal primers still in them:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/45_Factory_web_zps7ebab10f.jpg
With the .45 reloads, I didn't see what I thought were as obvious signs of overpressure, but this time there are definite differences between the original factory loads and the reloads. Again, I'm considering re-running this test with the Lyman starting load.
All reloads functioned correctly with no failures of any kind.
I know there are quite a few differences here, so I'm hoping someone with more reloading experience can give me some pointers. Obviously I would have preferred standard small pistol primers instead of the magnums, but there just wasn't anything else available, and I should be able to come up with some recipe that works.
Do the primers on the 9mm reloads show cause for concern, even with the same or similar results from the Winchester factory primers?
The same question for the .45 ACP reloads vs. Federal factory primers?
Does Lyman know something about Bullseye powder that Alliant doesn't?
Any help or advice would be appreciated.
9mm
Brass - once fired Winchester White Box
Primer - TulAmmo Small Pistol Magnum (http://www.midwayusa.com/product/118055/tulammo-small-magnum-pistol-primers-box-of-1000-10-trays-of-100) (all I could find)
Powder - Alliant Bullseye (http://www.alliantpowder.com/products/powder/bullseye.aspx)
Projectile - Remington 115gn FMJ (http://www.midwayusa.com/product/529608/remington-bullets-9mm-355-diameter-115-grain-full-metal-jacket-box-of-1000-bulk-packaged)
.45 ACP
Brass - once fired Federal small primer
Primer - TulAmmo Small Pistol Magnum
Powder - Alliant Bullseye
Projectile - Hornady 230gn FMJ (http://www.natchezss.com/Bullets.cfm?contentID=productDetail&brand=HO&prodID=HO451771&prodTitle=Hornady%20Handgun%20Bullet%20-%20.45%20cal%20.451)
The only primers I could find were small pistol magnum, so I read as much as I could find about the differences, with the general consensus being that they should work, but I should be conservative with the starting load.
For the 9mm, the loading data was...confusing.
Speer #12 (1995) - starting load 4.2 /MAX 4.7 - OAL: 1.135
Hornady 4th (1996) - starting load 4.5 / MAX 5.1 - OAL: 1.105
MidwayUSA's sheet (1998) - starting load 3.7 / MAX 4.5 - OAL: 1.160
Lyman 49th (2008) - starting load 3.5 / MAX 4.8 - OAL: 1.090
Alliant (2013) - starting load 4.2 / MAX 4.7 - OAL: 1.125
Since I was working with magnum primers, I knew I wanted to start below the starting load, so I looked at the wide variation in load data and assumed that the powder manufacturer would be the most accurate. I also assumed it would be best to avoid compressing the cartridge more than necessary. My starting load was 4.1gn, with OAL 1.150, working up from there.
Here's the results of my first batch through a 92fs:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/9mm_Reloads_Cropped_zps04bf8ed7.jpg
From top row to bottom row: 4.1gn, 4.3gn, 4.5gn
What concerns me is the raised, rounded edge of the primer strike, as this looks like what people describe when they talk about overpressure signs. Until I looked at the untouched once-fired brass that still had the spent factory Winchester primers in them:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/9mm_Factory_cropped_zps46370e1e.jpg
Unless I'm blind, I see the exact same cupping on the factory rounds that I see on my reloads. My plan is to back the load down to the Lyman starting load of 3.5gn (or less, if advised) and see what happens.
.45 loading data:
Speer #12 (1995) - starting load 5.2 /MAX 5.7 - OAL: 1.260
MidwayUSA's sheet (1998) - starting load 4.8 / MAX 5.8 - OAL: 1.275
Lyman 49th (2008) - starting load 3.8 / MAX 5.3 - OAL: 1.275
Alliant (2013) - starting load 5.1 / MAX 5.7 - OAL: 1.260
Again, I went below Alliant's starting load as a baseline, fired through a 1911:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/45_Reloads_web_zpsf0b202b1.jpg
Top to bottom row: 5.0gn, 5.2gn, 5.4gn with OAL 1.270
Here's the same brass with the factory Federal primers still in them:
http://i42.photobucket.com/albums/e309/Richard_M_Nixon/45_Factory_web_zps7ebab10f.jpg
With the .45 reloads, I didn't see what I thought were as obvious signs of overpressure, but this time there are definite differences between the original factory loads and the reloads. Again, I'm considering re-running this test with the Lyman starting load.
All reloads functioned correctly with no failures of any kind.
I know there are quite a few differences here, so I'm hoping someone with more reloading experience can give me some pointers. Obviously I would have preferred standard small pistol primers instead of the magnums, but there just wasn't anything else available, and I should be able to come up with some recipe that works.
Do the primers on the 9mm reloads show cause for concern, even with the same or similar results from the Winchester factory primers?
The same question for the .45 ACP reloads vs. Federal factory primers?
Does Lyman know something about Bullseye powder that Alliant doesn't?
Any help or advice would be appreciated.