Thermo-Ceramic Coating™ Technology
Advanced ceramic coating technology that reflects infrared heat, reduces surface temperatures, and delivers a minimum of 8–10% energy savings for industrial equipment.
Engineered for high operating temperatures up to 1800°C with emissivity of 0.92, our coating creates a durable thermal barrier at just 200-250 microns thickness.
TCC™ Nano-Ceramic Coating
0.92 Emissivity · 200–250 µm thickness
How It Works
Our thermo-ceramic coating combines multiple heat-management mechanisms. Project outcomes depend on the asset, baseline, and operating conditions.
Ceramic Composition
Our coating uses specially engineered ceramic that creates an effective thermal barrier on equipment surfaces.
Infrared Reflection
The coating reflects infrared radiation back into the system, preventing heat energy from escaping through walls, pipes, and shells.
Thermal Barrier
Creates a durable insulation layer that significantly reduces conductive heat transfer through equipment surfaces.
Temperature Resistance
Engineered for high-temperature industrial applications up to 1800°C, delivering stable thermal performance across all operating conditions.
Energy Retention
Keeps valuable thermal energy where it belongs — retained within furnaces, ovens, and process equipment — improving overall operating efficiency.
Before & After TCC™
TCC™ acts as a high-emissivity thermal mirror — reflecting radiant heat back into the process while forming a thin-film conduction barrier.
The TCC™ Product Line
Four formulations engineered for different temperature ranges — from ovens and external surfaces to ultra-high-temperature furnace interiors up to 1800°C.
TCC™ 400
Ovens & External Surfaces
Designed for lower-temperature industrial ovens and external furnace surfaces. Ideal for paint shops, powder coating lines, and surface treatment processes.
- Powder coating ovens (internal)
- Paint baking ovens (internal)
- Liquid baking ovens (internal)
- External furnace & oven shells
- Pipelines & storage tanks
TCC™ 600
Medium-Temperature Processes
For medium-high temperature processes requiring enhanced thermal barrier properties. Excellent adhesion to GI and steel surfaces with proven results in liquid baking applications.
- Liquid baking ovens
- Curing ovens & chambers
- Medium-temp process equipment
- Industrial dryers
TCC™ 1200
High-Temperature Furnaces
High-temperature formulation for furnace interiors up to 1200°C. Applied to refractory and metal surfaces of furnaces — delivering excellent energy savings across industrial applications.
- Sealed quench furnaces (internal)
- Annealing furnaces (internal)
- Heat treatment furnaces (internal)
- Refractory brick surfaces
- High-temp process equipment
TCC™ 1800
Ultra-High Temperature Furnaces
Our most advanced ultra-high-temperature formulation for extreme furnace environments up to 1800°C. Engineered for the most demanding industrial processes — delivering maximum energy savings and durability.
- Steel melting furnaces (internal)
- Glass melting kilns
- Cement kilns
- Petrochemical reactors
- Ultra-high-temp process equipment
Application Process
A systematic approach ensures consistent quality and optimal results for every installation.
Initial Assessment
Our engineers conduct a thorough thermal audit of your equipment, identifying key energy loss areas using thermal imaging.
Surface Preparation
Equipment surfaces are cleaned and prepared to ensure optimal coating adhesion and performance.
Coating Application
Thermo-ceramic coating is professionally applied — internally on ovens, and both internally & externally on furnaces — using specialized equipment.
Curing & Inspection
The coating is allowed to cure properly, followed by a complete quality inspection of the installation.
Performance Verification
Post-application thermal imaging confirms the reduction in surface temperature and validates energy savings.
Key Benefits
Measurable improvements across energy efficiency, safety, and sustainability.