Bore Tech CU+2 Copper Remover [BTCU-26004]
Bore Tech's CU+2 Copper Remover represents a breakthrough in removing stubborn copper fouling. This patented copper remover surpasses traditional petro-ammonia solvents through advanced two-step chemistry that rapidly oxidizes and captures copper deposits.
Key Features
- Patented Chemistry: Unique two-step process developed through years of advanced chemical research
- Two-Step Action: First oxidizes and reconfigures copper fouling's electronic state, then specially-enhanced binding agent captures it like a magnet
- Redeposition Prevention: Captured copper cannot redeposit in the bore, solving a major problem with other removers
- Fast Acting: Cleans copper faster than traditional petro-ammonia solvents
- Ammonia-Free: 100% ammonia-free formula eliminates harsh chemical odors and safety concerns
- Barrel Safe: Will not etch or harm precision barrel steels at any concentration
- Infinite Soak Safe: Can safely soak in bores indefinitely without any risk of damage
- Odor-Free: Pleasant odorless formula makes for more enjoyable cleaning sessions
- Biodegradable: Environmentally responsible chemistry
- Rust Protection: Contains short-term rust preventative protecting bores for up to 2 weeks
Technical Specifications
- Volume: 4 oz bottle
- Type: Copper fouling remover (ammonia-free)
- Safety: 100% barrel safe, biodegradable, odor-free
- Recommended Application: 3-4 patches saturated, 10-15 brush passes, 3-5 minute soak
- Rust Protection: Up to 2 weeks of bore protection after use
Application Method
- Saturate 3-4 patches with CU+2 and push through bore to remove loose fouling
- Make 10-15 passes with a tight-fitting nylon brush saturated with CU+2
- Repeat soaking process
- Allow 3-5 minutes soak time for best results
High-volume shooters understand that copper removal is essential to maintaining accuracy. Bore Tech's CU+2 at Extreme Store is the choice of precision shooters and competitive marksmen who demand the best. This advanced formula gets the job done faster and safer than traditional options.
