With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Adheres to plastic, wood, metal, concrete, wicker, aluminum and masonry
Provides a tough, long-lasting protective clear finish
Helps protect applicable surfaces against rust
Sprays from multiple positions, including upside down
Reduces fatigue during continuous spraying
Dries quickly after application
Product Information
Rust-Oleum® Universal® Clear Finish Sprays provide a durable protective coating for plastic, wood, metal, concrete, wicker, aluminum, and masonry. The rust-preventive formula adheres to a wide range of surfaces while providing long-lasting protection.
The spray applies easily with good coverage and dries quickly to a tough clear finish. An any-angle spray system allows application from different positions, including upside down, making it easier to coat difficult angles and surfaces.
A comfort grip trigger helps reduce fatigue during continuous spraying. Universal Clear Finish Sprays are available in High Gloss, Dead Flat, and Hammered Clear finishes for different appearance and coverage requirements.
Some polyethylene plastics, including certain plastic storage containers, may resist maximum coating adhesion. Test the clear finish on a hidden area before applying it to these surfaces.
Common Questions
It adheres to plastic, wood, metal, concrete, wicker, aluminum, and masonry surfaces.
Rust-Oleum Universal Clear Finish Spray is available in High Gloss Clear, Dead Flat Clear, and Hammered Clear finishes.
Coverage varies by finish. High Gloss covers approximately 7-10.5 sq. ft., Dead Flat covers 6-8 sq. ft., and Hammered covers 5-7 sq. ft. per can.
Yes. The any-angle spray system allows the can to spray from different positions, including upside down.
Yes, but some polyethylene plastics may resist maximum adhesion. Rust-Oleum recommends testing the coating on a hidden area first when working with these surfaces.
Yes. Universal Clear Finish Spray uses a rust-preventive formula for durable protection on applicable surfaces.