Description

IMR 4895 Smokeless Gun Powder

IMR 4895 is a versatile, medium‑burn‑rate smokeless powder long trusted by reloaders for a wide range of rifle cartridges. imr 4895 excels in cartridges where moderate pressures and measured velocities are desirable, making it a favorite for classic hunting chambers and many target rifles. Its consistent metering, clean burn, and predictable performance across temperatures make it simple to work with when developing safe, accurate loads.

Because handloaders pursue different goals, it’s common to compare IMR 4895 with other powders depending on application. For magnum pistol or heavy handgun work shooters might look at h110 powder, while those seeking very fast, small‑case performance reference titegroup load data. For modern precision cartridges, reloaders chase specific entries such as 6.5 prc load data to match bullet weight and barrel twist. Likewise, searches for 300 blackout load data reflect the popularity of IMR 4895 in subsonic and supersonic rifle roles, though some shooters prefer slower or faster burning powders depending on cartridge length and intended velocity.

An essential step for safe reloading is consulting authoritative sources. The hodgdon load data center and other manufacturer databases host validated, pressure‑tested tables that describe appropriate powder choices for specific cartridges and bullets. Treat community anecdotes and forum “recipes” as inspiration only; always verify any load against official published data and follow firearm manufacturer recommendations.

imr 4895

IMR 4895’s strengths include good accuracy potential with a broad selection of bullet weights, sensible fouling characteristics, and long history in military and civilian use. Because it is not the fastest nor the slowest burning powder, it often fits in the middle ground where a balance of velocity and manageable recoil matter. That versatility makes it useful for classic cartridges like the .30‑06, .308 family, and many older hunting calibers, while some modern cartridges may demand different chemistries.

If you’re researching powders, compare imr 4895 alongside alternatives and pay attention to published load tables such as titegroup load data and h110 powder guidance for specific cartridges. Ultimately, the safest path is to use manufacturer manuals and the hodgdon load data center for finalized, tested load information rather than relying on unverified sources.

For historical perspective, imr 4895 traces to military development and remains widely available; consult local regulations, store stock notices, and reloading classes when expanding your load development knowledge safely and responsibly.