Krylon EDE163407 Heat Resistant Spray Paint 12 Oz

Product Description

The KRYLON EDE163407 is a 12 oz aerosol heat resistant automotive paint formulated for high-temperature underhood and exhaust-adjacent surfaces. It lays down a semi-flat finish rated to withstand up to 500 degrees F, making it suitable for engine components, brackets, and other metal surfaces exposed to sustained heat. The Ez Touch conical nozzle delivers consistent fan-pattern coverage, reducing overspray and improving control during application. Each can covers approximately 14 square feet per coat. The formula resists oil and other common automotive fluids, which is critical for components that see regular fluid exposure in service environments.

This paint is used in automotive restoration and maintenance work where heat-resistant coating is required on metal surfaces near engines, exhaust manifolds, valve covers, and similar components. It is applied directly from the aerosol can and is suited for both shop and field touch-up use by automotive technicians and restoration professionals. The semi-flat finish blends well with factory-style engine bay appearances, particularly for Chrysler-spec black finishes.

Key Features

• Heat resistant up to 500 degrees F for underhood and high-temp surface applications
• Semi-flat finish appropriate for engine bay and exhaust component aesthetics
• Ez Touch conical nozzle for controlled, even spray pattern
• Resists oil and other automotive fluids after cure
• Approximately 14 sq ft coverage per 12 oz can
• Ready-to-use aerosol format, no mixing or thinning required

Compatibility

Designed for use on metal automotive surfaces requiring a Chrysler Black semi-flat heat resistant finish, including underhood components, brackets, and exhaust-adjacent parts on vehicles specifying this color.

Installation Notes

Apply in a well-ventilated area away from open flame or ignition sources, as aerosol propellants are flammable. Surface must be clean, dry, and free of grease or loose rust before application. Allow the recommended 30-minute dry time before handling or exposing to heat. Full heat resistance develops after the coating has been fully cured according to the manufacturer cycle, typically achieved by gradually heating the coated component during initial use.