The Wilson Combat Ultima-Lube II Universal 2oz Squeeze Bottle delivers precision lubrication for firearms maintenance with superior penetration and long-lasting protection. This synthetic lubricant reduces friction while providing corrosion resistance across all firearm types and operating conditions.
What Makes This Different
Unlike petroleum-based oils that thicken in cold weather and attract debris, Ultima-Lube II maintains consistent viscosity from -65°F to 500°F. The synthetic formula penetrates metal surfaces at the molecular level, creating a protective barrier that outlasts conventional gun oils by 300%. The precision squeeze bottle applicator eliminates waste and allows targeted application to critical wear points.
Key Features
- Temperature stable from -65°F to 500°F for all-weather reliability
- Synthetic formula won't attract dirt, dust, or carbon buildup
- Precision squeeze bottle with controlled dispensing tip
- Compatible with all metals, polymers, and firearm finishes
- Long-term corrosion protection exceeds military specifications
- Non-toxic, low odor formula safe for indoor use
- 2oz capacity provides approximately 200 applications
Field testing demonstrates Ultima-Lube II maintains lubrication effectiveness through extended firing sessions without reapplication. The formula excels in high-round-count competitions where heat buildup typically degrades standard lubricants. Law enforcement agencies report reliable function in patrol rifles after 5,000+ rounds with minimal maintenance intervals.
Technical Specs
- Volume: 2 fluid ounces (59ml)
- Container: Precision squeeze bottle with applicator tip
- Formula: Synthetic base with anti-corrosion additives
- Operating temperature: -65°F to 500°F
- Viscosity: 150 cSt at 40°C
- Flash point: 450°F minimum
- Manufactured in USA by Wilson Combat
Wilson Combat's reputation for precision manufacturing extends to their lubricant formulations, with Ultima-Lube II representing decades of firearms expertise. The controlled dispensing system prevents over-application while ensuring critical components receive adequate protection for thousands of rounds.