AHD11 91x32mm Aluminator® Non-Slip Stair Nosing
Description
AHD11 91x32mm Aluminator® Aluminium Non-Slip Stair Nosing with Twin PVC Inserts
Heavy-Duty Straight Edge Stair Nosing with Glow-in-the-Dark Safety Strip
The AHD11 Aluminator® Stair Nosing is a heavy-duty 91 x 32mm aluminium profile designed to improve grip, stair-edge visibility and protection in demanding commercial, public and residential environments.
Its straight-edge design incorporates twin slip-resistant PVC inserts, creating a broad high-grip tread area for frequently used staircases. An integrated Aluminator® photoluminescent strip absorbs natural or artificial light and becomes visible in darkness, helping identify stair edges during low-light conditions or power failure.
The glow system requires no wiring, batteries or electrical supply, making the AHD11 a low-maintenance solution for new-build and refurbishment staircase projects.
Key Features
- AHD11 heavy-duty stair nosing
- 91mm tread x 32mm riser
- Durable aluminium construction
- Straight-edge profile
- Twin non-slip PVC inserts
- Integrated Aluminator® photoluminescent strip
- No wiring or electrical supply required
- Improved stair-edge visibility in darkness
- Suitable for high-traffic environments
- Suitable for commercial, public and residential applications
Product Specifications
| Specification | Details |
|---|---|
| Product Type | Straight edge stair nosing |
| Profile | AHD11 |
| Material | Aluminium |
| Size | 91 x 32mm |
| Inserts | Twin non-slip PVC inserts |
| Fixing Method | Screws and/or suitable adhesive |
Benefits of This Aluminium Stair Nosing
Enhanced Underfoot Grip
The twin PVC insert configuration creates a wide slip-resistant surface across the leading edge of the step.
Photoluminescent Stair Visibility
The Aluminator® strip charges from available natural or artificial light and glows when lighting levels fall.
No Power Supply Required
The photoluminescent system works without electrical wiring, batteries or powered lighting.
Heavy-Duty Stair Protection
The robust aluminium profile helps protect vulnerable stair edges from impact, wear and frequent foot traffic.
Supports Accessibility-Focused Design
Twin inserts and strong visual contrast options can help provide clearer stair-edge definition for projects where visibility and accessibility are important.
Applications
Suitable for:
- Commercial staircases
- Public buildings
- Schools
- Hospitals
- Retail premises
- Offices
- Leisure facilities
- Transport environments
- Residential staircases
- New-build and refurbishment projects
Installation Guide
- Measure and cut the profile to the required stair width.
- Ensure the stair edge is clean, dry and properly prepared.
- Position the nosing accurately and mark the fixing points.
- Prepare suitable fixing holes where required.
- Secure using appropriate screws and/or adhesive for the substrate.
- Check that the profile and inserts are firmly secured before use.
Why Choose This AHD11 Stair Nosing?
The AHD11 combines heavy-duty aluminium construction with twin non-slip inserts and an integrated photoluminescent strip for grip, durability and improved stair-edge visibility.
Its wide 91mm tread, straight-edge design and power-free glow system make it particularly suitable for busy commercial, public and residential staircase projects.
Frequently Asked Questions
What size is the AHD11 stair nosing?
The profile measures 91mm across the tread and 32mm down the riser.
How many non-slip inserts does it have?
It features two slip-resistant PVC inserts for increased tread coverage and grip.
Does the Aluminator® strip require electricity?
No. It charges from natural or artificial light and does not require wiring, batteries or an electrical supply.
Is it suitable for high-traffic buildings?
Yes. Its heavy-duty aluminium construction is designed for demanding commercial, public and residential staircase environments.
Does it support accessibility-focused stair design?
Yes. The twin inserts and photoluminescent stair-edge strip can help improve grip and visual step definition, supporting accessibility-focused staircase design.