HEAT RESISTANT PAINT

Heat-Resistant Coatings – Surface Protection for High-Temperature Environments

Heat-resistant paint is a specialized industrial coating designed to withstand prolonged exposure to high temperatures. It protects material surfaces, prevents oxidation, and eliminates peeling or degradation in harsh operating environments.

Key Features

• High Thermal Stability: Maintains color and integrity when heated.

• Thermal Shock Resistance: Excellent adhesion; will not peel during sudden temperature fluctuations.

• Oxidation & Rust Inhibition: Prevents corrosion on metal surfaces.

• Quick Drying: Easy application via spray, roller, or brush.

• Versatile: Suitable for both industrial and civil applications.

Common Temperature Ranges

• 200°C – 300°C Heat-Resistant Paint

• 400°C – 600°C Heat-Resistant Paint

• Ultra-High Resistance: Up to 800°C – 1000°C

Applications

• Boilers, Incinerators, and Chimneys.

• Exhaust Systems: Exhaust pipes and mufflers for motorcycles and cars.

• Industrial Machinery: Engines and high-heat equipment.

• Steel Structures: Heat-exposed tanks and thermal devices.

• Manufacturing Plants: Specialized factory systems and industrial zones.

Applicable Surfaces

• Iron, Steel, and Stainless Steel.

• Pre-treated heat-resistant metal alloys.

Standard Application Process

1. Preparation: Clean the surface thoroughly; remove all oil, grease, and rust.

2. Application: Apply the heat-resistant coating according to the recommended dry film thickness (DFT).

3. Curing: Allow to air-dry naturally or heat-cure according to the technical data sheet instructions.

Key Benefits

• Extended Lifespan: Protects equipment and metal structures from premature failure.

• Reduced Maintenance: Lowers long-term repair and replacement costs.

• Safety & Aesthetics: Ensures long-term structural integrity and a professional finish.

Heat-resistant coatings are the optimal solution for components operating under high-temperature conditions, requiring maximum durability and stability.