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Belzona SuperWrap II

Belzona SuperWrap offers a long-term alternative for the replacement of failing steel structures. This low temperature curing solution has been developed as a compatible pipe wrap or repair patch, which restores strength to weakened or pitted metal surfaces and provides excellent chemical resistance and corrosion protection.

Belzona SuperWrap can be used in a wide variety of environments, on almost any pipe geometry and over a wide temperature range.

Belzona SuperWrap is pre-qualified to ASME PCC-2 Article 4.1 and ISO/TS 24817 international composite repair standards. It can be used in applications requiring engineering calculations and documentation, including quality control records.

Key benefits:

  • Compliance with ASME PCC-2 Article 4.1 and ISO/TS 24817 international standards
  • Specially designed applications by Belzona engineers Service life of up to 20 years
  • Excellent adhesion to metals such as stainless and carbon steel
  • Excellent chemical resistance
  • Application in minutes; return to service in hours
  • Applied by trained and validated personnel
  • Application and curing at room temperature, without involving hot work
  • Reduced health and safety risks as it is solvent free

Belzona SuperWrap applications include the following:

  • Pipe wrap system for repairing damaged pipes
  • Compatible repair patches for tanks, vessels and pipelines
  • Long-term repairs of burst defects and wall thinning in complex geometries such as elbows, tees, reducers and flanges
  • Restoration of strength in damaged pipelines
  • Restoration of heavily pitted or corroded surfaces
  • Protection against internal or external corrosion

This system is an in-situ repair and low temperature curing alternative to traditional hot cutting and welding work, thus allowing critical pipelines to remain in service.

 

Advantages and Benefits

Simple, safe and effective solutions allow us to help with demanding projects, so you need benefits rarely found elsewhere, including minimizing downtime, reducing health risks, safety and simple application techniques.

They reduce labor by eliminating the need for disassembly, welding, and post-weld heat treatment.

Reduce costs through better asset availability.

They enhance safety by allowing cold and in-place work with solvent-free materials.