High-Heat Spray Paint

Sherwin-Williams does offer high-temperature coatings for industrial and automotive use. However, the curing performance of any high-heat paint — regardless of brand — is directly influenced by the heat source. Infrared curing systems from Fannon Products deliver controlled, efficient heat that optimizes cure quality for virtually any coating supplier's products.

Most automotive and industrial paints require significantly higher temperatures to fully cure — typically between 140°F and 400°F depending on the coating. Ambient temperatures of 40°F are far too low for proper curing and can lead to adhesion failures and surface defects. Infrared curing systems provide the precise, controlled heat needed regardless of ambient conditions.

Short-wave infrared provides instant heat response and higher peak temperatures, making it ideal for fast cycle paint curing on automotive lines. Medium-wave infrared heats more gradually and penetrates substrates more evenly, which suits thicker coatings and plastics. Fannon Products offers both wavelengths and can engineer systems using either or a combination for optimal results.

Yes. Fannon Products' infrared curing systems are specifically engineered for powder coat curing alongside primer, color coat, and clear coat applications. Infrared heat penetrates and activates powder coat chemistry faster than convection methods, reducing cure cycle times and energy consumption while delivering consistent, high-quality finishes.

Absolutely. Every system Fannon Products manufactures is custom designed and engineered to the customer's specifications — including wattage, wavelength, reflector type, quartz size, voltage, and physical configuration. This ensures the curing system integrates seamlessly with existing production line layouts and meets exact process requirements.

Fannon Products offers infrared lamps and systems ranging from under 500W for smaller or precision curing tasks up to over 10,000W for large-scale industrial production lines. Available voltages span 115V through 600V. Custom wattage and voltage configurations are available to match virtually any paint curing process demand.