Krylon K07006777 Polyurethane Spray Paint Clear Satin

Product Description

The KRYLON K07006777 is a clear, satin-finish polyurethane spray paint formulated for outdoor use on a wide range of surfaces. The aerosol format delivers a consistent, even coat without brushing or rolling. At 11 net fluid ounces of product in a 16 oz container, it covers approximately 15 to 20 square feet per can. The satin sheen provides a low-luster protective topcoat that resists weathering without a high-gloss appearance. Painters, finish carpenters, and general contractors typically reach for this product when sealing or protecting decorative and functional surfaces in exterior environments.

This polyurethane spray is suited for outdoor applications on ceramic, glass, metal, paper mache, plaster, wicker, and wood. It works well as a clear protective topcoat on finished crafts, furniture, signage, and architectural trim exposed to the elements. The clear formulation preserves the underlying color and texture of the substrate while adding a durable polyurethane film. It is sold and shipped as a single unit.

Key Features

• Clear satin finish — preserves substrate appearance with low-luster sheen
• Rated for outdoor use — suitable for exterior surfaces and weather-exposed applications
• Multi-surface adhesion — bonds to ceramic, glass, metal, paper mache, plaster, wicker, and wood
• 11 net fluid ounces of fill; covers 15 to 20 square feet per can
• Aerosol delivery — no brush or roller required for application

Compatibility

Designed as a clear polyurethane topcoat for outdoor use on ceramic, glass, metal, paper mache, plaster, wicker, and wood surfaces.

Installation Notes

Apply in a well-ventilated outdoor or open area. Shake the can thoroughly before use and maintain the recommended spray distance to avoid runs or uneven coverage. Allow adequate dry time between coats as directed on the product label. Follow all applicable safety guidelines for aerosol coatings, including keeping the product away from open flame and heat sources during application and storage.