CAN365-230 - Cantesco 365-08 Oxygen Safe Leak Detection Fluid 8oz

Technical Overview of Cantesco 365-08 Leak Detection Compound

The Cantesco 365-08 Leak Detector is a specialized chemical formulation designed for the non-destructive testing of pressurized gas systems. In industrial and welding applications, the integrity of gas delivery systems—comprising cylinders, manifolds, regulators, hoses, and torches—is paramount for both operational efficiency and personnel safety. This compound is engineered to provide immediate visual indication of gaseous leaks through the formation of stable bubbles at the point of differential pressure. Unlike generic soap solutions which may contain chlorides or other corrosive agents that can degrade brass and stainless steel fittings over time, this formula is developed to be non-corrosive and residue-free, ensuring the long-term reliability of the equipment it tests.

A critical technical specification of the 365-08 formula is its compatibility with oxygen. In welding and cutting operations involving oxy-fuel systems, the introduction of incompatible hydrocarbons or oil-based substances into an oxygen stream can result in catastrophic combustion or explosion. This leak detector is certified oxygen-safe, allowing maintenance personnel to test oxygen regulators, cylinder valves, and cutting torches without risk. It is equally effective on inert gases such as Argon, Helium, and Nitrogen, as well as reactive fuel gases like Acetylene, Propane, and Propylene. The fluid possesses a specific surface tension that allows it to spread evenly over connections while maintaining enough viscosity to bridge small orifices, ensuring that even micro-leaks generate visible foaming or bubbling.

The product is supplied in a compact 8-ounce bottle, designed for ease of handling in confined spaces or field environments. The application method typically involves applying the fluid directly to threaded connections, crimped hose ends, and valve stems. Upon application, the fluid utilizes the escaping gas to inflate bubbles, providing a clear, unambiguous pass/fail result. This method of bubble leak testing is recognized by various industrial standards as a primary means of verifying system tightness after assembly or repair. Regular implementation of this testing protocol aids in the conservation of expensive shielding gases and the prevention of hazardous atmospheric conditions within the workspace.