Rust-oleum 260771 High Heat Ceramic Coating

Product Description

The RUST-OLEUM 260771 is a high heat ceramic coating formulated for surfaces exposed to extreme temperatures. It bonds to metal substrates and provides a durable, heat-resistant finish that resists flaking, peeling, and discoloration under sustained high-heat conditions. This type of coating is commonly applied to exhaust components, heat shields, boiler housings, furnace casings, and similar HVAC or industrial surfaces where standard paints would fail. HVAC technicians, plumbers, and mechanical contractors use this product to finish or restore metal components that run hot during normal operation.

This coating is suited for residential and light commercial applications where metal surfaces regularly reach elevated temperatures. Typical use cases include furnace and boiler cabinets, flue pipes, heat exchangers, engine components, and other high-temperature metal assemblies. It is sold individually and applies well with standard spray or brush techniques depending on the formulation.

Key Features

• Formulated for high-heat environments where standard coatings degrade
• Ceramic-based formula provides durable adhesion to metal substrates
• Resists flaking, peeling, and heat-related discoloration
• Suitable for furnace housings, flue components, exhaust parts, and heat shields
• Sold as a single unit for targeted repair and maintenance work

Compatibility

Designed as an OEM-style finish coat for metal surfaces in high-heat mechanical applications including HVAC equipment housings, flue and exhaust components, and boiler exteriors.

Installation Notes

Application should be performed by a qualified technician familiar with surface prep requirements for heat-resistant coatings. Power down and allow all equipment to cool completely before applying any coating to operational components. Surface must be clean, dry, and free of rust, grease, and loose scale prior to application. Follow all manufacturer cure and dry time guidelines before returning equipment to service.