These high temperature, energy-efficient ceramic based coating products are designed to reduce energy consumption, reduce refractory maintenance, and increase refractory longevity.
Competing Epoxy-based Coatings
Thickness (millimeters) Coverage Avg Cost
15 mm 107 sq/ft $0.88 per sq/ft
25 mm 64 sq/ft $1.48 per sq/ft
35 mm 46 sq/ft $2.06 per sq/ft
JTEX Energy Coatings
Thickness (millimeters) Coverage Avg Cost
2 mm 533 sq/ft $0.73 per sq/ft
3 mm 300 sq/ft $1.30 per sq/ft
*Sold in 1 gallon or 5 gallon containers
How Does It Work?
• Contains high IR reflective materials
• Reflectivity increases the heat retaining efficiency of high temperature equipment in the oil and gas industry
• Once cured, these coatings are very hard, allowing them to withstand extreme environments • Low-porosity matrix that creates a smooth surface specifically designed for the purpose of keeping buildup off the substrate – thus keeping hydrates from sticking
• Water based, with no solvents required for dilution or clean up making this technology environmentally friendly with less safety regulations
Competing Epoxy-based Coatings
Thickness (millimeters) Coverage Avg Cost
15 mm 107 sq/ft $0.88 per sq/ft
25 mm 64 sq/ft $1.48 per sq/ft
35 mm 46 sq/ft $2.06 per sq/ft
JTEX Energy Coatings
Thickness (millimeters) Coverage Avg Cost
2 mm 533 sq/ft $0.73 per sq/ft
3 mm 300 sq/ft $1.30 per sq/ft
*Sold in 1 gallon or 5 gallon containers
How Does It Work?
• Contains high IR reflective materials
• Reflectivity increases the heat retaining efficiency of high temperature equipment in the oil and gas industry
• Once cured, these coatings are very hard, allowing them to withstand extreme environments • Low-porosity matrix that creates a smooth surface specifically designed for the purpose of keeping buildup off the substrate – thus keeping hydrates from sticking
• Water based, with no solvents required for dilution or clean up making this technology environmentally friendly with less safety regulations