Description

Federal Syntech Defense .45 ACP 205-grain Segmented Jacketed Hollow Point (SJHP) ammunition is designed for shooters who need reliable self-defense ammunition with cleaner shooting characteristics. The Syntech polymer-encapsulated bullet reduces metal-on-metal contact in the bore, minimizing lead and copper fouling for easier maintenance during extended use. Featuring the manufacturer’s Catalyst lead-free primer and a segmented hollow-point design, this load is intended for controlled expansion and consistent performance in defensive scenarios and for routine range practice.

Key Specifications

• The .45 ACP caliber provides proven performance in a wide range of service and personal-defense handguns.
• The 205-grain bullet weight balances momentum and controllability for defensive use.
• The Segmented Jacketed Hollow Point (SJHP) bullet is engineered for controlled expansion and reliable terminal performance.
• The polymer-encapsulated jacket prevents metal-on-metal contact in the bore, reducing lead and copper fouling for easier cleaning after shooting sessions.
• The Catalyst lead-free primer delivers consistent ignition while eliminating lead in the primer compound.
• The 970 fps muzzle velocity provides the intended performance profile for this bullet weight and design.
• The 428 ft·lbs muzzle energy reflects the cartridge’s delivered energy at the muzzle for defensive applications.
• The 20-round box packaging is suitable for keeping a ready supply for training and defense-oriented practice.

Federal Syntech Defense ammunition offers a cleaner-shooting alternative for those prioritizing reduced barrel fouling and consistent ignition. Whether you’re selecting defensive rounds for duty or keeping quality rounds on hand for regular range practice ammo, the Federal Syntech Defense .45 ACP SJHP provides a focused combination of features built for real-world use.

This is an AI generated description and sometimes AI gets it wrong. Please use due diligence and common sense. If something seems off, it may very well be.