Light Gray Stone Floating Staircase

This light gray stone floating staircase adds a modern touch to any interior space. The floating treads create an open and airy atmosphere, while the soft gray stone lends the space a sense of sophistication. Ideal for modern homes, villas, or upscale commercial spaces, this staircase combines durability with refined design, transforming the circulation path into a striking architectural feature.

We will provide one-stop service, communicating and customizing with you one-on-one throughout the entire process, allowing you to customize from your preferred styles, materials, styles, colors, and more.

Factory-Direct Pricing with Full Customization

With our own manufacturing factory and complete product lines, we offer competitive pricing without compromising on quality. From design and materials to transportation, every step is managed in-house — ensuring you get the best value for your investment.

Customized Specifications

Frame Construction: High-strength carbon steel support structure with a matte black powder-coated finish, providing industrial-grade corrosion resistance.
Tread Mounting Interface: Precision-welded steel load-bearing plates designed to secure custom tread materials such as wood, concrete, or glass.
Sound Insulation: Integrated elastic damping pads positioned between the metal frame and tread components reduce the transmission of vibration-induced noise.
Dimensional Specifications: Both riser height and tread depth are strictly calibrated to comply with relevant local building codes.

Application and Environment Scenarios

The exposed black framework provides distinct high-contrast architectural geometry against neutral interior walls. By utilizing a riser-free skeletal design, this staircase minimizes visual obstruction and maintains fluid air circulation across split-level layouts. The engineering priority focuses on concealing the primary load-bearing stringers within the adjacent wall cavity, exposing only the tread brackets to produce a levitating visual effect while maintaining structural compliance.