Energy, manufacturing, petrochemicals
High-temperature equipment coatings
HPC COATING® and HSC COATING® for stacks, heat exchangers, steam vessels, and exhausts — thermal stability from 204°C up to 982°C with documented energy savings.
Request technical adviceThe problem
High-temperature process equipment — steam piping, stacks, heat exchangers, retorts — faces three simultaneous challenges: large energy loss through surfaces, personnel-safety risk in proximity, and corrosion under insulation (CUI) that threatens plant integrity.
The solution
We offer two coating families by service temperature: Standard HPC COATING® to 204°C; HPC-INT to 426°C; HPC-HT to 650°C — for hot piping and heat exchangers. HSC COATING® for ultra-high temperatures up to 982°C — for stacks, exhausts, and combustion vessels. Water-borne, environmentally friendly, and spray-applied.
Results
Measurable reduction in surface energy loss, documented 20+ year thermal stability, and CUI prevention on traditionally insulated equipment. Deployed in oil & gas, power generation, and plastics manufacturing worldwide.
Frequently asked questions
When to specify HPC vs HSC?
HPC fits insulated process equipment up to 650°C — steam piping, exchangers, retorts. HSC fits ultra-high-temperature exposed equipment up to 982°C — primarily stacks, exhausts, and combustion vessels. We’re happy to advise from your equipment datasheets.
How does the coating handle thermal cycling?
The ceramic-membrane structure has been field-validated on cyclic process equipment. Micro-scale structural flexibility prevents cracking and peeling.