Dynaflux 800-12X4 Clear Leak Detector All Gases

Product Description

The DYNAFLUX 800-12X4 is a clear liquid leak detector formulated for use with all gases, including oxygen. It is applied to fittings, valves, tubing connections, and threaded joints to identify leaks by producing visible bubbles when gas escapes. This type of solution is a standard diagnostic tool used during pressure testing and system commissioning across HVAC, refrigeration, plumbing, and industrial gas applications. Licensed technicians and service professionals apply it as part of routine leak-check procedures to confirm joint integrity before returning a system to service.

The 800-12X4 is suited for residential and commercial service work wherever gas-tight connections must be verified. Its clear formula works across a wide range of gas types, making it a versatile addition to a service technician's kit. Typical use cases include post-installation checks on gas lines, refrigerant circuit fittings, compressed air fittings, and oxygen service connections. The clear solution does not interfere with visual inspection of the joint area.

Key Features

• Compatible with all gases, including oxygen service
• Clear formula allows unobstructed visual inspection of fittings and joints
• Produces visible bubbling at leak sites for fast, reliable detection
• Packaged as a single unit for individual service use

Compatibility

Designed for use with all gas types including oxygen. Suitable for leak detection on fittings, valves, and threaded connections across HVAC, refrigeration, plumbing, and industrial gas systems.

Installation Notes

Apply the leak detector to pressurized connections using a brush or applicator tip while the system is under normal operating pressure. Inspect treated areas for bubbling, which indicates a leak that must be corrected before the system is placed back in service. Always follow applicable codes, including IFGC requirements for gas piping leak tests, and ensure adequate ventilation when working with gas systems. Do not use on unpressurized systems, as the solution requires positive gas pressure to function correctly.