Ballistol GunCer Ceramic Additive Lubricant For Firearms Reduces Wear Improves Cycling Weatherproof 2.2oz For Shooters

Ballistol GunCer Ceramic Additive is a 2.2 oz cleaning and lubrication solution designed for firearms and all mechanical parts. Its ceramic-enhanced formula reduces wear and supports smooth cycling, making it a reliable companion for shooters, gunsmiths, and maintenance routines.

• Size: 2.2 oz bottle, bulk packed for easy refill and storage.
• Ceramic additive: Ceramic technology provides a durable film that sustains lubrication even under high heat, reducing wear on moving parts.
• Universal use: Clean and lubricate all mechanical parts in a single step.
• Extreme temperature tolerance: Works from -40°F to +420°F, with lubrication performance up to 1800°F for ceramic stability.
• Moisture resistance: Water-resistant and resists resin buildup, helping keep components clean in wet environments.
• Material safety: Free from silicone, resin, and PTFE to minimize residue and compatibility concerns.
• Autoloading performance: Reduces performance losses during cycling of autoloading firearms, improving reliability in rapid-fire or high-volume use.
• Packaging designation: ORM-D item, suitable for shipping and storage under hazmat guidelines.

Ballistol GunCer Ceramic Additive helps you maintain reliable operation in a wide range of conditions. The ceramic film reduces wear between metal surfaces, extending the life of slides, bolts, and other critical components while preserving smooth action. Its broad temperature range ensures consistent lubrication from cold winter shoots to hot range days, and the ceramic-generated lubrication remains effective up to very high temperatures. Its water-resistant formula guards against moisture and prevents resinous buildup that can affect trigger feel and accuracy. Because it’s silicone-, resin-, and PTFE-free, you get cleaner operation with fewer residues, making routine maintenance easier across handguns, rifles, and other firearms, as well as other precision mechanical assemblies.