Description

Aluminium Stair Nosing Outer Corner for 3mm LVT

Silver Anodised Stair Edge Profile – 900mm & 2500mm Lengths

Create a clean and durable finish on stairs fitted with 3mm LVT flooring using this Aluminium Stair Nosing Outer Corner. Designed specifically for LVT stair edges, the profile helps protect exposed flooring edges while creating a neat transition around the stair corner.

Manufactured from anodised aluminium with a Silver finish, the profile offers good durability and corrosion resistance for residential and commercial interior installations.

Available in 900mm and 2500mm lengths, it can be cut to the required size to suit individual stair widths and flooring projects.

Key Features

  • Aluminium stair nosing for 3mm LVT
  • Outer corner profile
  • Designed for 3mm flooring
  • Silver anodised finish
  • 900mm and 2500mm lengths
  • Helps protect exposed LVT stair edges
  • Covers and finishes expansion gaps
  • Helps reduce dirt and debris collecting around exposed edges
  • Durable aluminium construction
  • Corrosion-resistant anodised surface
  • Suitable for residential and commercial interiors
  • Can be cut to size
  • Pre-drilled for screw fixing

Product Specifications

Specification Details
Product Type LVT aluminium stair nosing / outer corner
Material Aluminium
Finish Anodised
Colour Silver
Compatible Flooring 3mm LVT
Lengths Available 900mm and 2500mm
Approximate Lengths 35.43in and 98.43in
Installation Screw fix
Fixing Holes Pre-drilled
Can Be Cut to Size Yes
Suggested Cutting Tool Hacksaw
Main Use Finishing and protecting LVT stair edges
Suitable Environment Interior residential and commercial use

Benefits of This LVT Stair Nosing

Designed for 3mm LVT

The profile is intended specifically for 3mm LVT flooring, helping create a neat and accurate finish around stair edges.

Protects Exposed Stair Edges

The aluminium profile covers vulnerable LVT edges and helps reduce everyday wear, knocks and damage.

Durable Anodised Finish

The Silver anodised surface provides a clean appearance together with improved resistance to corrosion and general wear.

Two Length Options

Choose 900mm for individual stair widths or 2500mm for longer sections and projects requiring multiple cuts.

Easy to Cut and Fit

The aluminium profile can be shortened with a suitable hacksaw and secured through the pre-drilled fixing holes.

Applications

Suitable for:

  • 3mm LVT flooring
  • LVT stair edges
  • Stair outer corners
  • Domestic staircases
  • Offices
  • Commercial interiors
  • Public buildings
  • Refurbishment projects
  • Replacement stair trims
  • New flooring installations

Installation Guide

  1. Confirm that the profile is suitable for the installed 3mm LVT flooring.
  2. Measure the required stair width.
  3. Mark the profile at the required length.
  4. Cut carefully using a suitable hacksaw.
  5. Ensure the stair surface is clean, dry and level.
  6. Position the profile accurately along the stair edge.
  7. Mark the fixing positions through the pre-drilled holes.
  8. Drill the stair surface where required.
  9. Secure using suitable screws for the substrate.
  10. Check that the profile is straight, level and firmly fixed before use.

Why Choose This Aluminium LVT Stair Nosing?

This aluminium outer corner profile provides a practical solution for finishing and protecting stairs fitted with 3mm LVT flooring.

Its Silver anodised finish, durable construction and choice of 900mm or 2500mm lengths make it suitable for both new flooring installations and refurbishment projects.

Frequently Asked Questions

What flooring thickness is this stair nosing suitable for?

It is designed for use with 3mm LVT flooring.

What lengths are available?

The profile is available in 900mm and 2500mm lengths.

What colour is available?

It is supplied in a Silver anodised finish.

Can the aluminium profile be cut to size?

Yes. It can be shortened using a suitable hacksaw.

How is the stair nosing installed?

The profile is mechanically fixed through its pre-drilled holes using suitable screws for the stair substrate.