The STOP IT® PSX Repair System derives its high-pressure capabilities from the use of a field-mixed, two-part epoxy primary sealant and a fiberglass/urethane composite overwrap.
Combines a proprietary epoxy sealant with a durable composite overwrap to accomplish field repair of leaks to systems
with operating pressures up to 2500 psi.
The STOP IT® PSX Repair System derives its high-pressure capabilities from the use of a field-mixed, two-part epoxy primary sealant and a fiberglass/urethane composite overwrap.
STOP IT® PSX System can be installed by one person with no special tools or hot work, and provides for the completion of in-field repairs and return to service in a total of 4 hours.
Following the cleaning and preparation of the surface, repairs involve the application of a thin film of epoxy sealant from the supplied cartridge gun. Precise mixing is accomplished with the use of a static mixer that is attached to the gun. Once hardened (approximately 1 hr), the sealant is overwrapped with a fiberglass tape impregnated with water-activated polyurethane resins. Systems may be returned to service at pressures up to 2500 psi as soon as 4 hours following the application of the epoxy.
Usage:
STOP IT® PSX System can be used almost anywhere – including underwater and in chemical and military facilities – to repair chemical, steam, process and water lines.
STOP IT® PSX System Is Ideally Suited For:
Routine and emergency high-pressure leak repair
Sealing joints
Rebuilding thinning wall in high-pressure piping
Underwater repairs
Flexibility:
While STOP IT® PSX Repair System can be used on straight runs of pipe, its conformability makes it especially useful for repairing leaks at bends, crosses, tees, or any other location.
Kit Includes:
PSX epoxy sealant
1:1 dual component cartridge with static mixing nozzles
Knitted fiberglass tape with water-activated polyurethane resins
Gloves for easy clean-up
Detailed instructions
Application:
Once hardened (approximately 1 hr), the sealant is overwrapped with a fiberglass tape impregnated with water-activated polyurethane resins.
