Bct Battle Born Grease W/ptfe 1lb

Breakthrough Clean Technologies Battle Born Grease with PTFE is a premium synthetic firearm lubricant engineered for extreme performance across demanding temperature ranges and corrosive environments. Formulated with 100% pure synthetic oils, shear-stability additives, and sub-micron PTFE particles, this 1-pound container delivers professional-grade protection against friction, wear, and moisture-induced corrosion on firearms, tactical gear, and precision equipment. The odorless, non-toxic formulation makes it suitable for indoor and field use without respiratory or skin irritation concerns.

The operating range of –75°F to +510°F positions Battle Born Grease as a versatile lubricant for extreme-temperature applications—from frozen outdoor patrol conditions to high-friction scenarios where sustained heat buildup occurs. The sub-micron PTFE particle suspension provides boundary lubrication that penetrates into microscopic surface irregularities, creating a durable protective layer without the grittiness or residue buildup common in lower-grade greases. This consistency resists washout from moisture and salt spray, making it effective for firearms exposed to coastal environments or high-humidity storage conditions. The synthetic base oil resists oxidation and breakdown, extending the service life of moving parts and reducing maintenance frequency in field conditions.

This grease is designed for shooters, armorers, and tactical professionals who demand consistent lubrication on bolt carriers, trigger mechanisms, rail systems, and barrel extensions. It performs equally well on precision rifles, tactical pistols, submachine guns, and standard duty weapons where reliability is non-negotiable. The 1-pound size provides adequate volume for regular maintenance cycles across multiple firearms or extended field deployments without excessive waste. Battle Born Grease is a working alternative to light oils when a thicker, longer-lasting lubricant is required—particularly on stamped receivers, piston-driven systems, and exposed mechanisms subject to dust, sand, or particulate contamination.