BELZONA 1593 (HT CERAMIC 160°C) (1KG PACK)
Belzona 1593 is a high-temperature coating suitable for equipment operating in continuous immersion in aqueous and hydrocarbon systems at temperatures up to 160°C (320°F). It provides excellent long-term corrosion resistance and withstands a wide range of chemicals.
This material has a 24-hour overcoat window allowing applications to be effectively and quickly completed, with downtime kept to a minimum. Its ambient temperature curing mechanism with full in-service cure allows for a rapid turnaround and return to service.
This solvent-free material is proven to outperform conventional Vinyl Ester Glass Flake (VEGF) coatings in terms of mechanical strength and adhesion, and exhibits reduced shrinkage and VOC emissions. This high-performance coating is also resistant to steam-out processes up to 210°C (410°F) and rapid depressurisation.
Key Benefits:
- Outstanding corrosion protection of high temperature equipment, suitable for continuous immersion in water and hydrocarbon mixtures up to 160°C (320°F)
- Excellent chemical resistance against a wide range of chemicals including hydrocarbons and amines
- 2-coat application without the need for flash blasting between coats
- Very light colours allowing easy inspection in dark vessels
- Application and cure at room temperature – no hot work involved
- Solvent-free material allowing it to be safely applied in confined areas
- Reduces downtime due to its innovative post-cure mechanism activated at service temperatures – no separate post-cure needed
- Withstands steam-out process up to 210°C (410°F) and rapid depressurization
- Excellent adhesion to metal surfaces and high retention of adhesion at elevated temperatures
Applications for Belzona 1593 include:
- 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 including boiler vessels, condensers and heat exchangers
