Lee Double Cavity Mold - .562 Ball W/handles

The Lee Double Cavity Mold - .562 Ball W/Handles is a precision bullet-casting tool designed for reloaders and ballistic enthusiasts who demand consistency and repeatability in their ammunition production. Whether you're managing a law enforcement armory, supporting a military training program, or pursuing precision handloading as a dedicated sport shooter, this double-cavity mold accelerates your casting workflow while maintaining exacting dimensional standards. The .562 diameter ball configuration produces consistent 266.46-grain projectiles suitable for historical black-powder firearms, Civil War reenactment, and specialty handloading applications where traditional round balls deliver proven performance.

This mold features a hard-anodized sprue plate that resists erosion and maintains dimensional stability across thousands of casting cycles—critical for maintaining bore-fit tolerances over extended production runs. The dual-cavity design doubles throughput compared to single-cavity alternatives, allowing you to produce matched pairs of projectiles per pour and reducing overall casting time by half. Integral handles provide safe, efficient mold manipulation during the molten-lead casting process, minimizing heat exposure and improving ergonomic control during rapid-fire production sessions. The hard-anodized finish offers superior corrosion resistance in shop environments where humidity and residual lead dust can degrade softer aluminum.

This mold is ideal for dedicated reloaders working with period-correct ammunition, black-powder cartridge shooters, and armorer-level handloaders managing high-volume casting operations. Compatibility spans all standard Lee casting furnaces and lead-pouring systems—no specialized equipment required beyond a reliable heat source and proper safety protocols. The compact footprint (2.6 x 2.15 x 10.8 inches) fits standard reloading benches without consuming excessive workspace, and the 0.8-pound weight ensures fatigue-free operation during extended casting sessions. Proper mold seasoning and temperature management ensure predictable ejection and superior surface finish on every casting.