ZyCor Bitchin Black Combo Kit

The ZyCor Bitchin Black Combo Kit is a professional-grade high-temperature ceramic urethane paint system engineered for engine blocks, exhaust manifolds, headers, and other under-hood components that demand superior heat resistance. Designed for automotive enthusiasts and professional mechanics who refuse to compromise on durability, this kit delivers the deep, lustrous black finish that transforms engine bays while withstanding extreme thermal cycling. Whether you're restoring a classic muscle car, upgrading a performance build, or maintaining fleet equipment, this ceramic urethane formula provides lasting color and protection where standard paints fail.

This combo kit includes a gray primer base and 14.4 oz of ceramic urethane topcoat in aerosol form, providing complete coverage in a single, convenient package. The ceramic urethane technology bonds at the molecular level to metal substrates, creating a flexible, chip-resistant coating that expands and contracts with engine heat without cracking or peeling. Unlike conventional enamel or lacquer formulations, ceramic urethane withstands continuous exposure to temperatures well beyond 300°F, making it the preferred choice for exhaust systems, turbo housings, valve covers, and alternators. The included gray primer ensures proper surface adhesion and color uniformity, reducing the need for multiple base coats and delivering professional results on the first application.

This system suits anyone performing engine detailing, restoration work, or custom builds where heat-resistant, long-lasting finishes are non-negotiable. Mechanics working on high-performance platforms—turbo engines, supercharged builds, or vehicles with aggressive exhaust modifications—will appreciate the reliability and durability this ceramic urethane provides. The aerosol format allows for precise application on complex shapes and tight engine compartment spaces without the need for spray equipment, making it ideal for garage work or field repairs. Allow proper cure time as directed on the container to achieve full hardness and heat resistance before operating the vehicle.