A33 40 x 20mm Anodised Aluminium Non-Slip Ribbed Treads Stair Nosing Edge Trim
The A33 40 x 20mm Anodised Aluminium Non-Slip Ribbed Treads Stair Nosing Edge Trim is the ideal solution for enhancing the safety and aesthetics of your stairs. Manufactured from high-quality anodised aluminium, this trim provides excellent durability and resistance to wear, ensuring your stair treads maintain their appearance for years.
With its ribbed design, the stair nosing offers superior grip, preventing slips and falls, making it perfect for high-traffic areas in both residential and commercial environments. Whether you’re upgrading your home or working on a professional project, this non-slip stair nosing adds both functionality and style.
Designed for easy installation, the A33 40 x 20mm stair nosing is perfect for a seamless fit on most stair edges. Ideal for both internal and external use, its sleek finish complements any interior, giving your stairs a polished, professional edge.
Why Choose Our Stair Nosing?
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Non-Slip Safety: The ribbed design ensures excellent traction, even in wet conditions, reducing slip hazards.
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Long-lasting Durability: Crafted from anodised aluminium, this product is corrosion-resistant and built to last.
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Perfect for High-Traffic Areas: Ideal for both residential and commercial use, offering reliable safety and stylish protection.
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Sleek & Modern Design: The anodised finish adds a contemporary look to your staircases, while the ribbed texture provides added safety.
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Easy Installation: Designed for quick and simple installation, reducing downtime during your renovation or construction project.
Ideal for your home, office, or retail space, the A33 stair nosing ensures long-term protection and style. Available now for direct purchase, this is a cost-effective solution that competes strongly with other UK stair nosing products like those offered by Cayrus and National Stair Nosings.
Upgrade your stairs today with A33 40 x 20mm Anodised Aluminium Non-Slip Ribbed Treads Stair Nosing Edge Trim — combining both function and form.
