The MDT NanoGuard CLP-X delivers advanced nanotechnology cleaning, lubrication, and protection in a professional-grade 12-pack configuration. This all-in-one formula penetrates carbon buildup and fouling while creating a molecular barrier against corrosion and wear.
What Makes This Different
NanoGuard CLP-X incorporates proprietary nanotechnology that bonds at the molecular level, creating superior protection compared to conventional petroleum-based cleaners. The formula removes stubborn carbon deposits 40% faster than standard CLP products while leaving a microscopic protective film that reduces friction by up to 85%. This advanced chemistry works effectively in temperature ranges from -65°F to +500°F.
Key Features
- Nanotechnology formula bonds molecularly for extended protection
- Three-in-one cleaning, lubrication, and preservation system
- Removes carbon, copper, lead, and powder residue efficiently
- Temperature stable from -65°F to +500°F operating range
- Non-toxic, biodegradable formula safe for all firearm finishes
- 13.5-ounce aerosol cans with precision spray nozzles
- Bulk 12-pack reduces per-unit cost for high-volume users
Field testing demonstrates consistent performance across bolt-action rifles, semi-automatic platforms, and handguns. The nanotechnology coating reduces maintenance intervals while maintaining reliability in adverse conditions including sand, moisture, and extreme temperatures. Competition shooters report smoother cycling and reduced fouling buildup during extended firing sessions.
Technical Specs
- Container Size: 13.5 fluid ounces per aerosol can
- Package Quantity: 12 cans per case
- Formula Type: Nanotechnology-enhanced CLP
- Temperature Range: -65°F to +500°F
- Flash Point: 200°F minimum
- Compatibility: All firearm metals and finishes
- Shelf Life: 5 years from manufacture date
- Country of Origin: United States
The 12-pack configuration provides substantial value for armories, training facilities, and serious shooters who demand consistent performance. Each aerosol delivers precise application control, minimizing waste while ensuring complete coverage of critical components.