Home> Floor Sanding & Polishing> Stairs & Balustrade Sanding
Staircases endure the heaviest, most concentrated foot traffic in any home. Over time, the edges of the treads wear down, the polyurethane chips, and handrails get heavily scratched. Because of the tight corners, vertical risers, and complex geometry, standard large floor sanders simply cannot be used here.
As Auckland’s premier floor sanding and polishing specialists, Endless Flooring approaches stair restoration as an artisanal craft. Using specialized hand-held detailing equipment, we painstakingly strip, sand, and restore your stair treads, risers, and intricate balustrades. The result is a flawless, durable finish that perfectly bridges the levels of your home.
Precision Detail Work: We meticulously sand the tight corners, stringers, and balustrade spindles where standard sanding belts can't reach, ensuring no old lacquer is left behind
Anti-Slip Finishing Options: Safety is paramount on stairs. We offer specialised, high-traffic finishes with subtle micro-textures to prevent slipping on your newly polished wooden treads.
Seamless Colour Matching: We can custom-stain your stairs to blend seamlessly with your existing timber floors, creating a unified flow through the house.
Pulled up your carpet and discovered plywood stairs? We can still help. If your current stairs aren't solid timber, our installation team can custom-fit premium timber overlays directly over your existing treads.
Yes. Once the carpet, underlay, and staples have been removed, we assess the structural integrity of the timber underneath. If they are built from quality wood (like native Rimu, Matai, or Oak), we can strip the glue, sand them back, and polish them to a high-end finish.
Absolutely. We can completely sand and polish the risers to match your treads, or we can prepare the risers for a crisp white paint finish, which is a very popular, modern aesthetic.
Because it is highly detailed manual work, an average staircase takes 2 to 3 days to fully sand, detail, and coat, depending on the condition of the wood and the complexity of the balustrades.