Hornady 9MM .355 115 Gr Xtp Bullets 100Ct

Discover the reliable performance of Hornady 9mm .355 115 Gr XTP Bullets, engineered for precision and stopping power in self-defense, hunting, and law enforcement applications. These 115-grain hollow point projectiles deliver consistent expansion and deep penetration across a wide range of handgun velocities, making them a trusted choice for reloaders seeking dependable terminal performance. Key Features Controlled Expansion Technology: Precise serrations strategically weaken the jacket to initiate reliable expansion even at lower velocities, creating a devastating wound channel without fragmentation. Advanced Jacket Design: Drawn gilding metal jacket with varying thickness controls expansion while the swaged lead core ensures balance, stability, and uniform density for superior accuracy. No Exposed Lead Core: The protective jacket covers the nose, promoting proper hollow point function on impact and smooth feeding in semi-automatic firearms. Versatile Performance: Optimized for 9mm loads, these bullets excel in both defensive scenarios and field hunting while providing match-grade accuracy for target and competitive shooting. Specifications Caliber/Diameter: 9mm / .355 inches Weight: 115 grains Projectile Type: XTP Hollow Point Ballistic Coefficient: .129 Sectional Density: .130 Count: 100 bullets per box Lead Content: Contains lead (not lead-free) Benefits for Reloaders and Shooters Whether you're preparing defensive ammunition or crafting hunting loads, these bullets address common concerns like inconsistent expansion and poor penetration. The XTP design solves these issues with proven technology that expands reliably without over-penetrating or fragmenting, delivering the balance of stopping power and accuracy reloaders demand. Why Choose Hornady XTP Bullets? Hornady's commitment to quality craftsmanship ensures every bullet meets strict standards for uniformity. Reloaders appreciate the cannelure for consistent crimping and the overall design that outperforms plated alternatives in controlled expansion and in-flight stability.