Redding Reloading Equipment 7mm Remington Magnum Rifle Competition Bushing Neck Sizing Die Set
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Product Details
MSRP $488.74
MPN 58136
UPC 611760581366
Caliber 7mm Remington Magnum
Description
The Redding Reloading Equipment 7mm Remington Magnum Rifle Competition Bushing Neck Sizing Die Set is engineered for precision reloading applications, specifically tailored for the 7mm Remington Magnum cartridge. This die set is designed to enhance the accuracy and consistency of neck-sized ammunition, catering to competitive shooters and precision reloaders. The set includes a Bushing Neck Sizing Die, which allows for precise control over neck tension by utilizing interchangeable bushings (sold separately). This feature enables users to customize the neck sizing process to match specific bullet diameters and brass thicknesses, thereby optimizing performance and extending brass life. Additionally, the set incorporates a Body Die, which ensures proper case body sizing without affecting the neck, maintaining the integrity of the case and promoting uniform chambering. The inclusion of a Competition Bullet Seater Die further enhances the set, providing micrometer adjustments for precise bullet seating depth, crucial for achieving optimal ballistic performance. Constructed from high-quality materials, the Redding die set is built to withstand rigorous use while maintaining exceptional durability and reliability. This die set is an essential tool for reloaders seeking to achieve superior accuracy and consistency in their 7mm Remington Magnum loads. The competition bushing neck die set comprises the advanced competition bushing neck die, precision-engineered competition seating die and robust body die for optimal reloading performance The competition seating die is equipped with a universal seating stem, engineered to be compatible with a wide range of bullet profiles, ensuring optimal versatility and precision in reloading applications The competition seating die is not designed for application with compressed loads and should be avoided to ensure optimal performance and prevent potential damage