Heat Resistance Coatings

Heat Resistance Coatings are formulated on advanced silicone resin technology to deliver long‑term performance in high‑temperature environments. These coatings withstand prolonged exposure to heat without losing adhesion, gloss, or protective properties, making them ideal replacements for traditional enamel in demanding applications.

2. Key Advantages

• Continuous service temperature up to 600°C (depending on grade)
• Excellent oxidation and thermal shock resistance
• Strong adhesion to steel and other metals
• Maintains color and film integrity under repetitive heating cycles
• Available in various finishes including smooth, matte, and metallic

3. Application Process

• Surface Preparation: Abrasive blasting or mechanical cleaning to SSPC‑SP 10/NACE 2 or equivalent for best adhesion
• Application: Conventional or airless spray (suitable for brush/roller on small areas)
• Curing: Some grades cure at room temperature; others require heat curing through operational service or oven bake

4. Technical Features

• Resin Type: Silicone or modified silicone‑epoxy blends
• Film Thickness: 25–75 μm per coat
• Service Environment: Continuous or intermittent heat with low to moderate chemical exposure
• Color Range: Black, aluminum, silver, and custom heat‑stable pigments

5. Standards & Compliance

Meets ASTM D2485 for heat‑resistant coatings and relevant industry project specifications for oil, gas, petrochemical, and heavy industry sectors.

6. Best For

• Exhaust systems and manifolds
• Industrial ovens, boilers, and chimneys
• Petrochemical plant piping and vessels
• Barbecue grills and outdoor heating equipment