Norton Durite Sanding Screens deliver the versatility and durability that professional floor sanding contractors rely on for between-coat abrasion, screen & recoat preparation, and light surface prep. Featuring sharp silicon carbide grain bonded to a double-sided open mesh, Durite screens provide a fast, even cut and leave a consistent scratch pattern that promotes excellent finish adhesion.
Designed to resist loading and support efficient dust extraction, Norton Durite screens help improve air quality on the job and reduce cleanup time—making them ideal for modern sanding workflows with dust containment systems.
Double-Sided Abrasive
Flip the screen for double the lifespan—more value per screen and fewer material changes.
Sharp Silicon Carbide Grain
Cuts aggressively and leaves an even scratch—perfect for preparing floors for recoating or between coats.
Open Mesh Construction
Provides superior dust evacuation when used with vacuum systems—helping maintain a clean surface and better finish results.
Consistent Scratch Pattern
Reduces swirl marks and promotes smooth bonding of stains, sealers, and finishes.
Reliable and Economical
A contractor-trusted, cost-effective option for both residential and commercial floor prep.
Available Grits: 60, 80, 100, 120, 150, 180, 220
Grain: Silicon carbide
Construction: Double-sided open mesh
Between-coat abrasion on waterborne and oil-based finishes
Screen & recoat prep on residential, commercial, and athletic floors
Final surface prep before applying topcoats
Light sanding on prefinished or factory-coated floors
Large maintenance and recoat projects
Use Norton Durite Screens in finer grits (120–180) for optimal between-coat abrasion on waterborne systems—paired with a vacuum-ready buffer, they deliver a clean, swirl-free surface that enhances finish clarity and adhesion.
Norton Durite Sanding Screens offer professional flooring contractors a dependable, affordable solution for screen & recoat and fine finish prep—helping you deliver smooth, durable floors with greater efficiency and less cleanup.