Engineering Logic
This system is engineered as contract-grade furniture.
It addresses the critical failure mode of Thermal Expansion Shear located at the stone-to-wood interface.
Natural stone (Onyx) and solid wood have vastly different coefficients of thermal expansion. In a Diplomatic Residence with variable climate control, a rigid bond would cause the stone to fracture or the chassis to buckle.
We resolve this by integrating Elastomeric Expansion Joints between the sub-top and the stone slab, creating a “floating” assembly.
This ensures long-term integrity, adhering to our strictly defined structural protocols regarding material stability.
Neo-Baroque Typology – Aesthetic Structure
Designed as an assertion of permanence, the Neo-Baroque Onyx Dining Suite balances high-mass materials with intricate ornamentation.
The table rests on a twin-pedestal base featuring heavy relief carving, visually grounding the translucent Onyx surface.
The accompanying seating utilises a high-back architectural profile with scroll-top crest rails, upholstered in a high-complexity floral jacquard that withstands commercial abrasion testing.
Architects may define specific stone selections and textile grades through our
bespoke specification process.
Project-Specific Interpretation
In a hypothetical commission for a Diplomatic Residence, the system was adapted to withstand
the specific challenge of Thermal Expansion Shear.
The massive weight of the Onyx top required a chassis reinforced with concealed steel tension bars to prevent sagging, while the Elastomeric Expansion Joints allowed the stone to expand and contract independently of the wooden frame during seasonal temperature shifts.
Construction & Material Behaviour
The selected Onyx Slab Assembly is treated not just as a surface, but as a structural dead load requiring specific support geometry.
- Joinery: OE-Lock™ reinforced pedestals to manage vertical compression loads.
- Finish: Polyurethane-based architectural lacquer for impact resistance on the base.
- Load Behaviour: Zero-deflection engineering to prevent stone hairline fractures.
Bespoke Manufacturing (OEM / ODM)
OE-FASHION operates as an OEM / ODM furniture engineering partner. This page represents a
capability specification. We invite procurement officers to review our process.
Frequently Asked Questions
Q: Is the stone top fragile?
A: Onyx is naturally brittle. However, our sub-structural engineering supports 100% of the surface area, significantly increasing its effective impact resistance.
Q: Is this suitable for formal dining?
A: Yes. The chair ergonomics are calibrated for extended formal protocols, providing firm lumbar support unlike standard residential seating.
Q: Can the stone be backlit?
A: Yes. We can integrate a low-heat LED diffusion layer within the chassis for translucent stone specifications.
This documentation defines the engineering standards applied to OE-FASHION’s
bespoke commissions. Final specifications are confirmed via CAD/Shop Drawings.
