Main Metal Coatings include:
HEM1200
High Emissivity and Fouling resistant coating for process duty. Can be used for the INSIDE and outside of process tubes, vessels, equipment. Emissivity 0.95. service to 1200°F / 650°C.
HEM 1650
High Emissivity coating for the outside of process tubes. Emissivity 0.95. Service to 1650°F / 900°C.
HEM 2000
High Emissivity coating for the outside of process tubes. Emissivity 0.96+. Service to 2000°F / 1100°C.
MEM 2400
Medium Emissivity coating for the outside of process tubes. Very high corrosion resistance. Emissivity 0.80. Service to 2400°F / 1315°C.
MEM 2500
Medium Emissivity coating for the outside of process tubes. Emissivity 0.85. Service to 2500°F / 1370°C.
MET 2500
Medium Emissivity top coating for MEM 2500 for severe fouling and corrosive service. Emissivity 0.80. Service to 2500°F/1370°C.
LEM 3400
Low Emissivity coating for extreme fouling and corrosion resistance on process tubes. Emissivity 0.40. Service to 3400°F/1870°C.
Main Refractory Coatings include:
HEC 1650
High emissivity coating for service to 1650°F / 900°C. Emissivity 0.95.
HEC 1800
High emissivity coating for service to 1800°F / 980°C. Emissivity 0.92.
HEC 2500
High emissivity coating for service to 2500°F / 1370°C. Emissivity 0.96+.
MEC 3000
Medium emissivity coating for service to 3000°F / 1650°C. Emissivity 0.85.
A new generation of specialist coatings for increased thermal heat transfer in fired boilers, heaters and furnaces.
High temperature fouling and corrosion resistant coatings are also available.
Coatings are for service up to 3400°F / 1870°C.
A new generation of specialist coatings for the coating of refractory and ceramic fiber for improved thermal radiation heat transfer in fired boilers, heaters and furnaces.
