FrogLube CLP Paste - 4 oz

FrogLube CLP Paste is a USDA certified food-grade lubricant engineered to address the primary maintenance challenge tactical operators and shooters face: carbon fouling and corrosion without relying on traditional petroleum-based products. Manufactured by Audeo Sum Inc using a proprietary formula with all ingredients produced in the USA, this 4 oz paste combines cutting-edge biodegradable chemistry with real-world cleaning performance that distinguishes it from conventional gun oils and greases.

The paste's non-toxic formulation dissolves carbon deposits on contact while its heavy specific gravity enables deep absorption into metal pores, creating a durable, dry wax-like protective surface. This seasoning effect reduces friction significantly, eliminates fouling accumulation between cleaning intervals, and destroys rust formation before it takes hold—critical advantages during extended field operations or storage in humid environments. The compact 4 oz size fits easily into tactical kits, range bags, and maintenance pouches without bulk.

FrogLube CLP Paste serves operators, law enforcement personnel, competitive shooters, and serious firearms enthusiasts who demand reliability under adverse conditions. Whether maintaining AR platforms during extended training, protecting duty weapons in salt-air environments, or preserving long-term storage firearms, this paste outperforms conventional alternatives by addressing both immediate fouling and long-term corrosion prevention. The biodegradable profile adds safety value for users working in enclosed ranges or vehicles with limited ventilation.

In the professional lubricant market, FrogLube occupies a distinct category—neither a thin penetrating oil nor a heavy grease, but a purposefully formulated paste designed around the specific mechanical demands of firearm maintenance. The food-grade certification and non-toxic chemistry reflect a formulation philosophy increasingly adopted by mil-spec suppliers seeking to eliminate hazardous solvent exposure without sacrificing performance.