Sherlock 5-Second Leak Detector Liquid Type Regular, 8 Ounce, Case of 12
Sherlock (WPREG-8S-12) 5-Second Leak Detector Liquid Type Regular specially formulated chemical type leak detection fluid for locating leaks in pressurized gas and air systems, except oxygen, in temperatures above freezing. Easy to use, simply wipe surface to be tested with a brush or dauber, squirt on with a squeeze bottle, or spray with a trigger sprayer. Small leaks form white foam in 5 to 60 seconds. Large leaks form large bubbles almost instantly. Comes in 8 fluid ounce bottle, and packed 12 per case.
Key features
Numerous uses for railcar repair shops, chemical plants and transit companies.
Brush-on, spray-on, squirt-on and swab-on applications available.
Ready mixed for immediate use; types available for all temperature ranges.
Effective on hydrogen, nitrogen, helium, air and other gases.
For use on any system or product that can be tested with air or gas: air lines, gas connections, cylinders, refrigeration condensers, and evaporators.
Sherlock fluids contain no oils, fats or ammonia, and no materials that would be combustible upon contact with pure oxygen.
Choose from 5 types of Sherlock Leak Detector Fluids that cover temperature ranges from extremely low to extremely high.
Specifications
See also
Big Blu Leak Detector, 55 Gallon Drum
Big Blu Leak Detector, 55 Gallon Drum
Big Blu (RT100D) Leak Detector is a strong, persistent film forming liquid that is the only bubble/foam indicator capable of...
Sherlock 5-Second Leak Detector Liquid Type LT, 4 Ounce, Case of 12
Sherlock 5-Second Leak Detector Liquid Type LT, 4 Ounce, Case of 12
Sherlock (WPLT-4S-12) 5-Second Leak Detector Liquid Type LT designed for finding air and gas leaks at subfreezing temperatures down to...
Sherlock 5-Second Leak Detector Liquid Type CG, 16 Ounce, Case of 12
Sherlock 5-Second Leak Detector Liquid Type CG, 16 Ounce, Case of 12
Sherlock (WPCG-16T-12) 5-Second Leak Detector Liquid Type CG is used for leak testing lines, cylinders, and tanks carrying pure oxygen...
