Belzona has developed a range of organic epoxy vessel linings that provide long-term corrosion protection at elevated pressures and temperatures. A unique binary cure system allows the rapid development of immersion resistance during post-cure in service. The resulting system displays a very high glass transition temperature, which means it is more highly cross-linked at elevated operating temperatures than conventional systems. By utilization of a polymer matrix with a high cross-link density coupled with reinforcing fillers, which give barrier protection, the tendency for water and gas permeation and explosive decompression can be dramatically reduced, thus leading to immersion resistance at higher water temperatures.
Typical Applications
- High-temperature epoxy coating for oil and gas production equipment such as separators, flare knock-out vessels, and evaporators operating under immersion
- Corrosion protection against a variety of chemicals in high-temperature equipment, such as boiler vessels, condensers, and heat exchangers
Products
Our Applications
Concrete Floor Repair Epoxy
Belzona’s concrete epoxy repair mortar is suited for concrete and stonework resurfacing. The resin can be combined with aggregates to fill cracks and level uneven surfaces.
Epoxy Bonding
Belzona epoxy bonding solutions have been enhanced to resist higher pressures and temperatures as well as demonstrate high adhesion and compressive strength.
Epoxy Pipe Repair
Belzona offers a range of epoxy pipe repair and protection solutions. Composite repair materials can return strength to weakened, holed, or leaking pipes.
Concrete Floor Coating
Belzona’s concrete epoxy repair mortar is suited for concrete and stonework resurfacing. The resin can be combined with aggregates to fill cracks and level uneven surfaces.
Emergency Roof Repairs
Belzona offers emergency roof repair solutions that rapidly repair roof damages such as leaking and corrosion.
Pumps
Belzona offers pump repair coatings for the repair and protection of the systems from corrosion and erosion while increasing efficiency.