The Lucas Oil 10916 Extreme Duty CLP delivers comprehensive firearm maintenance in a single aerosol formula. This military-grade cleaner, lubricant, and protectant handles the toughest carbon buildup while providing long-lasting corrosion protection for all firearm types.
What Makes This Different
Unlike basic gun oils that only lubricate, this extreme duty formula combines three critical functions in one application. The advanced synthetic blend penetrates deeper than conventional CLPs, dissolving fouling that standard cleaners leave behind. Temperature stability from -65°F to +500°F ensures consistent performance across all operating conditions.
Key Features
- Triple-action formula cleans, lubricates, and protects in one step
- Removes carbon buildup, copper fouling, and lead deposits effectively
- Long-lasting lubrication reduces friction and wear on moving parts
- Corrosion inhibitors provide extended rust and moisture protection
- Safe for all metals, plastics, and synthetic materials
- Aerosol delivery reaches tight spaces and complex mechanisms
- 11-ounce capacity treats multiple firearms per container
Field testing shows superior performance in high-round-count scenarios where standard lubricants break down. The synthetic base maintains viscosity under rapid-fire conditions while the cleaning agents work continuously to prevent buildup. Law enforcement agencies report extended service intervals between deep cleanings when using this CLP system.
Technical Specs
- Container Size: 11 fluid ounces aerosol
- Temperature Range: -65°F to +500°F operating range
- Formula: Synthetic blend with corrosion inhibitors
- Application: Spray-on aerosol with precision nozzle
- Compatibility: All firearm metals, polymers, and finishes
- Shelf Life: 5+ years when stored properly
- Country of Origin: United States
Professional armorers choose Lucas Extreme Duty CLP for its proven ability to extend firearm service life while reducing maintenance time. The aerosol format eliminates waste while ensuring even coverage on complex mechanisms.