Belzona coatings protect equipment immersed in chemical solutions operating at high temperatures.
Belzona high-temperature coatings are two-coat systems applied to the interior of piping, pipework, tanks, vessels, containers, or process equipment subject to direct contact and immersion in chemical solutions at operating temperatures above 90 C (194 F). These high-temperature resistant materials have been prequalified for a variety of industries to be a fit-for-service solution and integral part of
corrosion prevention and protection systems, when installed in strict accordance with Belzona best practices.
Typical Applications
- Erosion/ corrosion protection for process vessels, separators, pumps, heat exchangers, and condensers operating under immersion
- Epoxy pipelining for protection of girth welds on internal field joints
- Repair of worn and damaged chutes and hoppers
- Corrosion protection of scrubber units
- High-temperature epoxy coating for separators, flare knock-out vessels, and evaporators operating under immersion
Key Benefits
- No Hot Work
Application and cure at ambient temperature – no hot work required - Excellent Adhesion
Excellent adhesion to metal surfaces and high retention of adhesion at elevated temperatures - Corrosion Resistance
Outstanding corrosion protection of high temperature equipment, suitable for continuous immersion in water and hydrocarbon mixtures up to 160°C (320°F) - Chemical Resistance
Excellent chemical resistance against a wide range of chemicals including hydrocarbons and amines - Minimal Downtime
Reduces downtime due to its innovative post-cure mechanism activated at service temperatures – no separate post-cure needed
High Temperature Coating Products
Belzona 1593
Coating for the protection of process equipment operating at elevated temperatures.
Belzona 1523
Spray-applied protective coating for process equipment operating at elevated temperatures.
Belzona 1511
(Super HT-Metal) Resurfacing and bonding composite for high temperature service.
Belzona 1813
Lining for protection against abrasive attack at elevated temperatures.
