This in-depth demonstration showcases the complete PipeWrap Refurbishment System, a multi-stage composite repair solution developed to restore the structural integrity and extend the operational life of damaged, corroded, or weakened pipelines.
The video walks through each of the four critical repair phases, providing a clear and practical guide for technicians, maintenance engineers, and asset managers responsible for pipeline rehabilitation in oil & gas, utilities, marine, and industrial facilities.
Immediate sealing of active pipeline leaks using PipeWrap emergency response materials, such as SEAL-FLEX or Stick Grade Metal combined with the Emergency Repair Bandage.
Rebuilding of degraded pipe surfaces using high-strength epoxy metals (e.g., UPS 107 USM) to fill corrosion pits, realign geometry, and create a structurally sound base for further treatment.
Application of corrosion-resistant epoxy coatings to shield the substrate and create a long-lasting barrier against further degradation.
Final structural reinforcement using the PipeWrap Composite wrapping system, ensuring a fully bonded, mechanically robust repair solution.
UPS SEAL-FLEX TAPE / UPS STICK GRADE METAL – for leak containment
UPS 107 USM – for surface restoration and load transfer
Corrosion-Resistant Epoxies – protective layer application
PipeWrap Composite Wrap System – fibreglass & PU resin composite reinforcement
Oil & Gas Pipelines – Onshore and offshore high-risk assets
Water Utilities – Corroded lines, valve zones, and buried infrastructure
Marine & Offshore Structures – Saltwater-exposed systems and deck pipework
Power Generation – High-temperature and high-stress lines
Manufacturing & Process Facilities – Ageing infrastructure and high-value plant equipment
Comprehensive repair approach – Addresses leaks, corrosion, and structural loss
No hot work or shutdown required – Cold-applied solution suitable for live or offline systems
Extend service life – Ideal for life-extension projects or deferred replacement programs
Compatible with various substrates – Works on steel, copper, PVC, cast iron, and more
Fully engineered system – Backed by technical data, industry experience, and global case studies
