Description

Hodgdon H4198

Hodgdon H4198 powder is a go-to choice for reloaders seeking versatility, clean burning, and consistent performance across a wide range of cartridges (h4198​). Known for its moderate burn rate, H4198 sits comfortably between faster powders like Titegroup powder and slower options such as Varget rifle powder, making it an excellent all-around choice for many rifle calibers.

One of the unique aspects of H4198 is its origin—it was initially developed for the military and has since been embraced by civilian shooters and reloaders, including notable experts like H&H Roberts, who praised its accuracy and stability in various rifle applications.

H4198 excels in cartridges such as the 6mm and 6.5mm family, including the ever-popular 6.5 Creedmoor. Reloaders relying on 6.5 Creedmoor reloading data will find H4198 provides excellent velocity with manageable pressures, making it ideal for precision long-range shooting and hunting alike. The powder burns cleanly, resulting in minimal barrel fouling, which extends barrel life and reduces cleaning time.

h4198​ powder online shop

While H4198 offers great performance in many mid-sized rifle cartridges, Hodgdon’s lineup includes other powders that complement it well. For faster-burning handgun and shotgun loads, Lil Gun powder and Titegroup powder are preferred. These powders work well in pistol calibers and lighter shotgun loads due to their rapid burn rates.

For larger rifle cartridges, H4895 powder is a popular choice among reloaders looking for consistent accuracy and excellent temperature stability. H4895 is a slower-burning powder than H4198, making it well-suited for cartridges like .308 Winchester and .243 Winchester.

Whether you’re handloading for target shooting, hunting, or competition, Hodgdon’s H4198 powder remains a trusted option for reloaders who need consistent performance and reliable results. Always consult official reloading data, including 6.5 Creedmoor reloading data and advice from experts like H&H Roberts, to ensure safe and effective loads.