410-195-SWC Mold for Reloading and Casting Hollow Point Bullets
LEE 2-cavity bullet mold specifically engineered for the .41 Remington Magnum caliber, designed to deliver precision and consistency for metallic and semi-metallic reloading applications.
This mold casts .410 inch diameter, 195-grain Semi-Wadcutter (SWC) projectiles optimized for the .41 Remington Magnum cartridge, providing excellent ballistic performance and terminal effectiveness.
Featuring a ballistic coefficient of .110, these bullets offer reliable external ballistics suitable for both target shooting and hunting scenarios requiring controlled expansion and penetration.
LEEs 2-cavity molds represent an exceptional balance between quality craftsmanship and affordability, making them an ideal choice for reloaders seeking durable and precise bullet casting solutions without compromising budget constraints.
Constructed from high-grade aluminum blocks, these molds exhibit superior corrosion resistance compared to traditional iron or steel molds, ensuring longevity and minimal maintenance in demanding reloading environments.
Aluminum molds benefit from faster thermal cycling, cooling and heating more rapidly than iron molds, which enhances casting efficiency and reduces downtime during bullet production runs.
Additionally, the lightweight nature of aluminumapproximately one-third the weight of iron or steel moldsreduces operator fatigue during extended casting sessions, improving overall workflow and comfort.
The two halves of the mold are securely clamped by wooden-handled tongs, guaranteeing zero movement or misalignment when closed and ready for molten lead pouring, thus ensuring uniform bullet dimensions and weight consistency.
Note that bullet weights may vary slightly depending on the specific lead alloy composition and casting parameters employed by the reloader.
Included with the mold are high-quality wooden-handled tongs designed for safe and ergonomic handling during the casting process.
The mold incorporates a practical integrated sprue cutter blade that functions as a lead gate, facilitating clean separation of the finished projectiles from the mold and minimizing post-casting cleanup.
For optimal mold performance and bullet quality, it is strongly recommended to thoroughly degrease the mold prior to initial use. Additionally, seasoning the mold by smoking or applying manufacturer-recommended mold release agents will enhance bullet release and mold longevity.
Under no circumstances should the interior cavity of the mold be lubricated, as this can adversely affect bullet surface finish and dimensional accuracy.
Light lubrication of the sprue cutter retaining screw is advised to maintain smooth operation and prevent corrosion over time.