How do you compare the use of liquid thread sealants and compounds to embedded O-Ring sealing technology?
Both technologies share the goal of high-pressure sealing, but that’s where the similarities end. The APM O-Ring washer design provides the user with a pre-assembled, one-piece fastener, ready to be installed in one step-eliminating the dependence of the installer to apply the correct amount of sealant/compound. Its inherent geometric chamber and nested O-Ring creates the perfect solution for maximum service reusability which is the result of a unique patented asymmetrical-shaped chamber. Sealants and compounds do not allow for easy replacement. They usually require the screw or bolt to be drilled out for replacement which can be problematic. They are really intended for one-time use.
Both technologies share the goal of high-pressure sealing, but that’s where the similarities end. The APM O-Ring washer design provides the user with a pre-assembled, one-piece fastener, ready to be installed in one step-eliminating the dependence of the installer to apply the correct amount of sealant/compound. Its inherent geometric chamber and nested O-Ring creates the perfect solution for maximum sealing and service reusability which is the result of a unique patented asymmetrical-shaped chamber. Sealants and compounds do not allow for easy replacement. They usually require the screw or bolt to be drilled out for replacement which can be problematic. They are really intended for one-time use.
Related Questions
- How to compare the environmental efficacy of mechanical embedded self-sealing fasteners to liquid thread sealants?
- How do you compare the use of liquid thread sealants and compounds to embedded O-Ring sealing technology?
- What is the difference between Slic-tite®s "grit" and other thread sealants "smooth" compounds?
