The Maple Stair Nosing Round Edge Overlap 3½ Inch is a premium stair finishing solution engineered to create smooth, professional transitions between stair treads and flooring surfaces. Crafted from high-quality solid maple hardwood, this overlap stair nosing protects stair edges from daily foot traffic while delivering a clean, polished appearance for both residential and commercial
staircases.
The round edge overlap profile is specifically designed to cover flooring expansion gaps at stair landings and step edges, creating a seamless connection between your hardwood flooring and staircase. Overlap stair nosings are the preferred choice of flooring contractors and interior designers for staircase renovations, new construction, and remodeling projects where a refined,
furniture-grade finish is required.
Manufactured from durable maple hardwood — one of North America’s hardest and most stable domestic wood species — this stair nosing offers exceptional resistance to denting, wear, and edge chipping over time. The natural pale grain of maple complements a wide spectrum of flooring finishes, from natural and blonde tones to stained hardwood and light-colored laminate flooring.
The 3½-inch profile width provides reliable edge coverage while maintaining visual proportion with standard stair tread depths. The rounded front edge eliminates sharp corners for a safer, more comfortable staircase surface, while the overlap design conceals installation gaps for a truly professional result. Pair this nosing with matching stair treads and stair spindles for a fully coordinated staircase upgrade.
For a complete staircase and flooring renovation, explore our full range of Stair Nosings, Stair Components, Hardwood Flooring, Floor Mouldings & Trim, and Vinyl Flooring — all available at our Scarborough showroom or by contacting our team directly.
Sold by the linear foot, the Maple Stair Nosing Round Edge Overlap 3½ Inch lets homeowners, contractors, and builders order the precise quantity needed for any project — eliminating waste and reducing overall material costs.
