Lee Two-Cavity Bullet Mold for .8mm Caliber Reloading Applications.
Designed for precision casting of bullets with a diameter of .324 inches, this mold produces projectiles weighing approximately 175 grains, optimized for use with Gas-Check style bullets.
Featuring a ballistic coefficient of .216, these bullets offer reliable aerodynamic performance suitable for various metallic and semimetallic reloading scenarios.
Lees two-cavity bullet molds represent an excellent balance between quality craftsmanship and cost-efficiency, making them a preferred choice among handloaders and ballistic enthusiasts seeking consistent bullet production without compromising on precision.
Constructed from corrosion-resistant aluminum alloy, these molds provide enhanced durability and longevity under rigorous casting conditions.
Aluminum molds exhibit superior thermal conductivity compared to traditional iron or steel molds, allowing for faster heat absorption and more rapid cooling cycles. This thermal efficiency results in reduced casting times and improved bullet surface finish.
Reloaders can begin accumulating cast bullets efficiently, even from small production batches, thanks to the molds consistent cavity design and ease of use.
Weighing approximately one-third less than comparable iron or steel molds, the lightweight aluminum construction significantly reduces user fatigue during extended casting sessions, enhancing overall productivity.
The mold halves are securely clamped together with sturdy wooden-handled tongs, ensuring precise cavity alignment and minimizing flash or mold seam imperfections on the finished projectiles.
Note that the indicated bullet weights may vary slightly depending on the specific lead alloy composition utilized during casting, which can affect density and final mass.
An integrated sprue cutter blade is incorporated into the mold design, facilitating clean and efficient lead flow control and enabling easy separation of the finished bullets from the gating system.
The package includes high-quality tongs for safe and ergonomic handling during the molten lead pouring and bullet extraction processes.
For optimal mold performance and longevity, it is highly recommended to thoroughly degrease the mold prior to initial use. Additionally, seasoning the mold by smoking or applying specialized mold release agents will enhance bullet release and reduce lead adhesion.
Mold C324-175.R (8mm) for Bullet Casting and Reloading
90274
Lee Two-Cavity Bullet Mold for .8mm Caliber Reloading Applications.
Designed for precision casting of bullets with a diameter of .324 inches, this mold produces projectiles weighing approximately 175 grains, optimized for use with Gas-Check style bullets.
Featuring a ballistic coefficient of .216, these bullets offer reliable aerodynamic performance suitable for various metallic and semimetallic reloading scenarios.
Lees two-cavity bullet molds represent an excellent balance between quality craftsmanship and cost-efficiency, making them a preferred choice among handloaders and ballistic enthusiasts seeking consistent bullet production without compromising on precision.
Constructed from corrosion-resistant aluminum alloy, these molds provide enhanced durability and longevity under rigorous casting conditions.
Aluminum molds exhibit superior thermal conductivity compared to traditional iron or steel molds, allowing for faster heat absorption and more rapid cooling cycles. This thermal efficiency results in reduced casting times and improved bullet surface finish.
Reloaders can begin accumulating cast bullets efficiently, even from small production batches, thanks to the molds consistent cavity design and ease of use.
Weighing approximately one-third less than comparable iron or steel molds, the lightweight aluminum construction significantly reduces user fatigue during extended casting sessions, enhancing overall productivity.
The mold halves are securely clamped together with sturdy wooden-handled tongs, ensuring precise cavity alignment and minimizing flash or mold seam imperfections on the finished projectiles.
Note that the indicated bullet weights may vary slightly depending on the specific lead alloy composition utilized during casting, which can affect density and final mass.
An integrated sprue cutter blade is incorporated into the mold design, facilitating clean and efficient lead flow control and enabling easy separation of the finished bullets from the gating system.
The package includes high-quality tongs for safe and ergonomic handling during the molten lead pouring and bullet extraction processes.
For optimal mold performance and longevity, it is highly recommended to thoroughly degrease the mold prior to initial use. Additionally, seasoning the mold by smoking or applying specialized mold release agents will enhance bullet release and reduce lead adhesion.
€50.52
Tax included
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