Beat the heat
Corrosion costs the oil & gas industry billions of dollars each year in replacement parts, maintenance, corrosion management and downtime. While the vast majority of this corrosion occurs at lower temperatures, in pipes, process equipment, valves, ductwork and areas where heat and moisture can wreak havoc on the protective coating and steel itself.
CUI: What lies beneath

Tailored performance. High productivity.
Ensuring the right coating systems across your facility is critical. Temperatures vary in different parts of the plant, while adjoining processes and temperature fluctuations must also be accounted for. This makes selecting coating systems for high heat applications a challenging, specialist task. As experts in high heat and CUI solutions, we can help you match the right coating system to your precise operational and project requirements.
We also understand that application needs to be fast, and we supply a full range of quick to apply, durable and cost-effective CUI and high heat coatings that both reduce application costs and deliver excellent long-term performance.Whatever your need, we’ve got you covered.
Reduce inspection and maintenance with proven performance
Increase productivity with easy to apply coatings
Ensure safety and performance with Hempel’s specification expertise
Reduce your stock with multipurpose products
Meet every standard
Developed at our CUI Centre of Excellence in Copenhagen, Denmark, our CUI coating systems have been tested according to the relevant parts of current standards, such as ISO 19277 : 2018, ISO 12944 and NORSOK M‑501. Our range of CUI and high heat coatings meet with all relevant categories under NACE SP-0198 : 2017.
Our coatings are formulated with high-quality raw materials for longer durability and all our manufacturing is accredited with our ISO 9001 quality assurance.
Comprehensively tested
Testing ensures consistent quality in accordance with the main international CUI and high heat test standards. Tests include:
- Simulated CUI testing (ISO 19277 : 2018, ASTM G-189)
- Temperature resistance (ASTM D-2485)
- Thermal cycling, including cryogenic exposure
- Application characteristics on hot surfaces