Stone Wood Straight Staircase

The Stone Wood Straight Staircase features a linear layout that combines high-density stone treads with natural wood elements. This hybrid design provides a direct vertical pathway while creating treads with a distinctly natural aesthetic. Designed specifically for residential and commercial interior spaces, the staircase establishes a sturdy and functional architectural connection between different floor levels.

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

Material Joints: Elastic adhesives and concealed mechanical fasteners are used to accommodate the different coefficients of thermal expansion between stone and wood components.
Friction Coefficient: Polished surface finishes or CNC-milled anti-slip grooves at the front edge of the treads are used to meet pedestrian safety standards.
Linear Load Distribution: A heavy-duty structural girder design is employed to support the combined weight of stone and wood, preventing mid-span deflection along long straight sections.
Handrail Anchoring: Precision-drilled anchor points are integrated directly into the base to secure continuous wooden handrails and structural posts.

Application and Environment Scenarios

Suitable for multi-story residential buildings and commercial lobbies, serving as the primary linear circulation route. Customizable parameters include the selection of stone and wood types, specific proportions of tread and riser dimensions, railing installation methods, and the overall structural span length, allowing for direct adaptation to the architectural layout and load-bearing capacity of a specific site.