The G96 1053 Synthetic Lube delivers advanced lubrication technology in a convenient 4-ounce squeeze bottle designed for precision application. This synthetic formulation provides superior protection against wear and corrosion while maintaining consistent performance across temperature extremes.
What Makes This Different
Unlike petroleum-based lubricants that thicken in cold weather and thin out under heat, this synthetic formula maintains its viscosity from -65°F to 500°F. The advanced synthetic base resists carbon buildup and fouling that can accumulate with traditional oils. The precision squeeze bottle applicator allows controlled dispensing directly onto contact points without waste or over-application.
Key Features
- Synthetic formula maintains viscosity from -65°F to 500°F
- Precision squeeze bottle for controlled application
- Resists carbon fouling and powder residue buildup
- Compatible with all firearm metals and finishes
- Long-lasting protection reduces maintenance frequency
- Non-toxic, odorless synthetic base
- 4-ounce capacity provides approximately 200+ applications
This lubricant performs consistently whether applied to bolt carriers in AR-15 platforms, slide rails on handguns, or trigger mechanisms in precision rifles. The synthetic base bonds to metal surfaces, creating a protective barrier that withstands high round counts and extended storage periods. Competition shooters rely on its consistent performance during rapid-fire sequences, while hunters appreciate its reliability in extreme weather conditions.
Technical Specs
- Volume: 4 fluid ounces (118ml)
- Temperature range: -65°F to 500°F (-54°C to 260°C)
- Base: Advanced synthetic lubricant
- Viscosity: Multi-grade synthetic
- Container: Precision squeeze bottle with controlled tip
- Compatibility: All firearm metals and finishes
- Shelf life: 5+ years when stored properly
The G96 1053 represents proven lubrication technology in a user-friendly package that eliminates guesswork in firearm maintenance. Professional armorers and serious shooters choose synthetic lubricants for their consistent performance and extended protection intervals.