Web Analytics Made Easy -
StatCounter

Titanium Nitride Neck Bushings Redding

If you find product , Deals.If at the time will discount more Savings So you already decide you want have Titanium Nitride Neck Bushings Redding for your, but you don't know where to get the best price for this Titanium Nitride Neck Bushings Redding . We already done the research and spend a lot of time for you. Titanium Nitride Neck Bushings Redding to find out where to get the best deal on Titanium Nitride Neck Bushings Redding.

Content:

Titanium Nitride Neck Bushings Redding.

$33.99 - $40.99
Heat treated steel bushings as above, but with the addition of a Titanium Nitride coating to further increase the effective surface hardness ...

Product Description

Heat treated steel bushings as above, but with the addition of a Titanium Nitride coating to further increase the effective surface hardness and reduce sizing friction. Bushings are available throughout the range of .185" thru .368" in .001" increments. The last three digits of the part (#RD76XXX) denotes bushing size.

Determining Redding Bushing Size
The proper bushing size can be easily determined by measuring the outside neck diameter of your loaded cartridges with a precision micrometer or a dial caliper. Then, simply subtract .001" from the cartridge that had the smallest average neck diameter. This diameter bushing will generally size case necks just enough to create the proper press fit for the bullet.

If you are using a Type “S” style die and not turning the outside of your case necks, we suggest using a bushing .002" smaller than your smallest average neck diameter, and using the expander ball included with your Type “S” die. This size bushing will still give you minimal sizing (maximizing the life of your brass) and the expander ball will insure that each cartridge has the same bullet grip.

Redding has found that when you have cases with neck wall thicknesses on the thin side of the SAAMI tolerance, your fired case will measure considerably larger (.006" to .010" larger) than your loaded rounds. In these circumstances, Redding’s tests have shown that a bushing .001" larger (than the loaded round) may give you the desired bullet grip.


Sinclair, Issue:1B, Page:043

Steel Neck Bushings Redding.

$15.99 - $22.99
Heat treated steel bushings. The sizing diameters are hand polished with a surface hardness of Rc 60-62 to reduce sizing effort. Bushings ...

Product Description

Heat treated steel bushings. The sizing diameters are hand polished with a surface hardness of Rc 60-62 to reduce sizing effort. Bushings are available throughout the range of .185" thru .368" in .001" increments. The last three digits of the part (#RD73XXX) denotes bushing size.

View other sizes:

Determining Redding Bushing Size
The proper bushing size can be easily determined by measuring the outside neck diameter of your loaded cartridges with a precision micrometer or a dial caliper. Then, simply subtract .001" from the cartridge that had the smallest average neck diameter. This diameter bushing will generally size case necks just enough to create the proper press fit for the bullet.

If you are using a Type “S” style die and not turning the outside of your case necks, we suggest using a bushing .002" smaller than your smallest average neck diameter, and using the expander ball included with your Type “S” die. This size bushing will still give you minimal sizing (maximizing the life of your brass) and the expander ball will insure that each cartridge has the same bullet grip.

Redding has found that when you have cases with neck wall thicknesses on the thin side of the SAAMI tolerance, your fired case will measure considerably larger (.006" to .010" larger) than your loaded rounds. In these circumstances, Redding’s tests have shown that a bushing .001" larger (than the loaded round) may give you the desired bullet grip.


Sinclair, Issue:1B, Page:043

Neck Sizing Bushings L.e. Wilson, Inc..

$14.99
Bushings are available in increments of .001" from .185" through .199" and .218" through .343". The easiest way to tell the bushing ...

Product Description

Bushings are available in increments of .001" from .185" through .199" and .218" through .343". The easiest way to tell the bushing size needed is to measure your loaded rounds at the neck. This caliper or micrometer reading indicates bullet diameter plus twice the thickness of the neck. The bushing diameter must measure less than this, we suggest .002" to .003" smaller. Taking into account the spring-back of the case neck after sizing, this would give you .001" to .002" “grip” on the bullet.

View other sizes:


Sinclair, Issue:1B, Page:055
Sinclair, Issue:1B, Page:056

Tungsten Coated Neck Sizing Bushing Rcbs.

$19.99 - $34.99
RCBS Coated Neck Bushings are interchangeable to let the reloader select a bushing that gives precisely the right amount of tension on ...

Product Description

No-Lube-Required Bushings for Use With GMM Sizing Dies

RCBS Coated Neck Bushings are interchangeable to let the reloader select a bushing that gives precisely the right amount of tension on the bullet when using RCBS Gold Medal Match neck sizing dies. These bushings have a Tungsten Disulfide (WS2) anti-friction coating, so they do not require use to traditional case lube.

  • Self-centering for proper alignment with case neck
  • For best results, use of high-end brass with consistent neck thicknesses
  • For use ONLY with RCBS Gold Medal neck sizing dies

RCBS recommends having neck bushings one to two sizes above and below your target diameter (see note below). RCBS Coated Neck Bushings are a small but critical component in loading extremely consistent-shooting ammo with your Gold Medal Match sizing dies.

Brownells Gun Tech™ Tip: There are two ways to select the steel neck bushings you need: (1) Measure the outside neck diameter of your loaded cartridge and subtract .002" to .003". This allows approximately .001" of brass to spring back for correct neck tension. (2) You can also measure the neck wall thickness of your case, multiply by two, add the diameter of your bullet and subtract .002" to .003".


Sinclair, Issue:5B, Page:056

0 comments
post a comment