A60 15 × 22mm Push-In Aluminium Wood-Effect Stair Nosing Edge Trim

Compact push-in stair nosing designed to protect and finish step fronts with a natural wood look — ideal for quick retrofits and new builds where you want a neat, screw-free appearance. Perfect for laminate, LVT, engineered wood or vinyl stair treads, especially where a small, discreet nosing is required.

Key specifications & use case

• Product type: Push-in / press-fit stair nosing edge trim
• Use case: Protects and defines stair leading edges; retro-fit or new install where visible fixings are undesired
• Material: Aluminium core with durable wood-effect surface layer
• Dimensions: 15 mm tread coverage × 22 mm riser/drop (approx.)
• Colour / finish: Realistic wood-grain finish (multiple tones available); low-sheen, wipe-clean surface
• Installation: Push-in into compatible channel/base or prepared seat — no visible screws

Benefits

• Clean, no-screw look: Push-in system gives a seamless finish with no visible fixings.
• Improved safety: Defines the step edge to reduce trips and improve foot placement.
• Durable core: Aluminium core resists dents and maintains shape under traffic.
• Aesthetic match: Wood-effect face complements laminate, LVT and engineered wood for a continuous look.
• Low maintenance: Wipe-clean surface that requires no varnishing or sealing.

Quick-scan bullets

• Push-in, screw-free retrofit or new-fit nosing
• 15 × 22 mm compact profile for discreet edges
• Aluminium strength with wood-effect surface
• Ideal for laminate, LVT, vinyl & engineered wood treads
• Low-sheen, wipe-clean finish; easy to cut to length

FAQ

Q: Do I need a special channel or can I fit directly to the stair?
A: Push-in nosings typically require a compatible base channel or a prepared recessed seat for a secure press-fit. Some installers create a shallow routed seat or use the manufacturer’s base track. If no channel is used, ensure the seat is square, clean and properly sized so the nosing engages firmly; adhesive can be used in addition for extra security on challenging substrates.