RAPTOR UP0821V Low VOC Raptor Kit, Tintable, 3:1 Mixing, 125 sq- - U-POL

The U-POL RAPTOR UP0821V Low VOC Raptor Kit offers professional-grade protection with a tintable urethane coating system. Designed for exceptional durability, this 3:1 mixing ratio kit creates a robust barrier against rust, corrosion, salt, and extreme temperatures, making it an ideal solution for a wide range of demanding automotive and industrial applications.

Key Features

• Tintable Formula: Customize the coating to match any desired color, providing versatile finishing options for specific project requirements.
• Low VOC Compliant: Formulated to meet stringent environmental regulations, ensuring suitability for professional workshops and controlled environments.
• UV Resistant: Engineered to resist fading and maintain its aesthetic integrity even under prolonged sun exposure and harsh outdoor conditions.
• Enhanced Durability: Delivers superior protection against scratches, stains, impacts, and general wear and tear, ensuring a long-lasting, resilient finish.
• Sound and Vibration Dampening: Helps to deaden unwanted noise and reduce vibrations in coated surfaces, improving comfort and component longevity.
• Rapid Recoat Time: Facilitates efficient project completion, allowing for a second coat to be applied within one hour of the initial application.
• High Adhesion and Flexibility: Forms a strong, reliable bond to various substrates while maintaining flexibility to resist cracking and delamination.
• Coverage: Each kit provides coverage for approximately 125 square feet.

Applications

Originally developed for heavy-duty truck beds, the U-POL RAPTOR coating system is highly effective across numerous demanding environments. It is a professional choice for protecting jeep tubs, marine vessel surfaces such as boat decks, and high-traffic industrial flooring like garage and workshop floors. Its robust protective qualities also extend to chassis, underbodies, agricultural equipment, and other vehicle components frequently exposed to harsh operational conditions.