Dusty Stevens
Shiner
They may be too new to advertise until they get under full productionKinda figured that, what confused me (easy to do!) is why not advertise the fact that they carry them.
They may be too new to advertise until they get under full productionKinda figured that, what confused me (easy to do!) is why not advertise the fact that they carry them.
This one right here! SAC is top notch! I went from about 4.5 thou runout to 1.5 with the bushing change ONLY! From the ni Redding.Short Action Customs
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SAC Neck Sizing Bushings
With universal outside dimensions of .500" diameter by .375" height, these bushings can be used in MOST resizing dies. For Example they will work in the following dies. RCBS Whidden Harrells Redding Hornady LE Wilson These will not work in our Modular Sizing Dies or Forster® dies...shortactioncustoms.com
they have been running print ads for the past few months for the micron bushings...They may be too new to advertise until they get under full production
WhiddenThere used to be a little company called CRT, I believe someone bought them out?
I had by far, the worst luck with Whidden bushings. The chamfered edge shaved brass and they all weren’t the size on the label. And since I was working with a full set of 6mm bushings I think I had a representative sample.You might want to talk with Whidden and his products.
limited sizesKinda figured that, what confused me (easy to do!) is why not advertise the fact that they carry them.
This one right here! SAC is top notch! I went from about 4.5 thou runout to 1.5 with the bushing change ONLY! From the ni Redding.
Good for you but I've never been able to. It's like rolling dice, you never know with Lee what you'll get. I'm not going to purchase and return and purchase again hoping to get one, I've gotten several of the SAC and all are within .001 for runout, the 6 Grendel I think the problem is/was in the die now but for 1/2 of a thou I'm not getting a new die.For the cost of those bushings you can get a lowly lee collet die and go to 1 thou without even trying!
But if you don't advertise what you have then you are telling shoppers "I don't have any" and you sure won't sell any of the limited sizes that you do have.limited sizes
I did not. I got them on sale and added them to a die order, so when they did not meet my expectations I moved on. I have Benchrite, Redding TiN, and RCBS WS2 now. The Whidden are lower cost than most, are stocked in a full array of sizes, and probably serve the entry level well, especially if you inspect the as-sized brass instead of rely on bushing labels. (Bushing error is but one of several reasons to inspect brass after changes in sizing).That is the very first time I have ever heard of any problem with Whidden's bushings or any of his products. Did you call and talk too John about them ?
they have no issue selling what they haveBut if you don't advertise what you have then you are telling shoppers "I don't have any" and you sure won't sell any of the limited sizes that you do have.
Well there you go.they have no issue selling what they have
Well, that might not be fully due to dimensional differences in the bushings. You are assuming there is a linear relationship between the dimensions of the bushing and the produced result. I would suspect that there is a threshold where when you exceed the yield point of springiness, you will get a greater than expected shift. Any metallurgists about?Yep, I understand sizing is dynamic. That said I want bushings that are consistent. It feels like you get way too much variation from the "off the shelf" bushings. Making up numbers here, but I'm tired of sizing with a .267 and getting .268, then dropping down to a .266 and suddenly my brass is coming out .262.
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If you’re sizing, you’re yielding. If you manage to feed your brass through a sizing operation without changing its dimensions in any way, you didn’t yield and the brass sprung back completely.Well, that might not be fully due to dimensional differences in the bushings. You are assuming there is a linear relationship between the dimensions of the bushing and the produced result. I would suspect that there is a threshold where when you exceed the yield point of springiness, you will get a greater than expected shift. Any metallurgists about?