POR-20 BRILLIANT ALUMINUM - 8 - Absolute Coatings (POR15)

Specifications

• Model Number: 44316
• Manufacturer: Absolute Coatings (POR15)
• Product Name: POR-20 BRILLIANT ALUMINUM - 8
• Color: Brilliant Aluminum
• Volume: 8 ounces (approximately 236 ml)
• Weight: 0.71 lbs
• Dimensions: 0 x 0 x 0 inches
• Temperature Resistance: Withstands extreme temperatures up to 1400°F (760°C)
• Application Method: Designed for brush or spray application
• Curing Time: Dries to touch in approximately 4 hours. Achieves maximum hardness after 2 hours of exposure above 400°F (200°C), followed by cooling.
• Compliance: Meets or exceeds the properties and requirements of MIL-C-13370.

Key Features

• Delivers a brilliant, uniform heat-resistant aluminum finish.
• Formulated to maintain rich, brilliant color without burning off or discoloring, even under extreme heat.
• Offers exceptional resistance to weather, salt, and moisture.
• Engineered to prevent cracking, chipping, and peeling of the coating.
• Suitable for application on both interior and exterior metal surfaces.

Applications

• Ideal for various engine components, including exhaust systems, manifolds, headers, turbochargers, and superchargers.
• Applicable to high-heat industrial equipment such as boiler jackets, heat exchangers, drying kilns, incinerators, ovens, stoves, grills, and high heat stacks.
• Suitable for marine environments requiring durable, heat-resistant coatings.
• Can be used on all types of automotive vehicles, both domestic and foreign.

Benefits

• Provides long-lasting protection against severe conditions, including intense heat, harsh weather, salt, and moisture.
• Ensures a durable and aesthetically pleasing finish by actively resisting cracking, chipping, and peeling.
• Enhances the appearance of treated components with a consistent, brilliant aluminum sheen.
• Maintains color integrity under high temperatures, preventing discoloration or burning off over time.
• Offers a robust protective barrier that extends the lifespan and performance of metal surfaces exposed to elevated temperatures.