Engineering Logic
This system is engineered as contract-grade furniture.
It addresses the critical failure mode of Thermal Expansion Shear located at the interface between the inert stone top and the reactive wooden sub-frame.
In Diplomatic Residences, variable HVAC cycles cause the wooden chassis to expand and contract, while the marble slab remains dimensionally static. A rigid adhesive bond would result in stone fractures or joint rupture.
We resolve this by integrating Elastomeric Expansion Joints that allow the chassis to “breathe” independently of the heavy top.
This methodology aligns with the internal stability criteria established for mixed-material heavy-load assemblies.
Neo-Baroque Typology – Aesthetic Structure
Designed as a synthesis of Italian Baroque ornamentation and modern utility, this desk features a rectilinear plan softened by cabriole supports.
The primary surface is a Rouge Breccia Marble, chosen for its veining intensity, resting on a chassis finished in a Champagne-Gilt & Cream Lacquer System.
The drawer fronts are framed with raised molding and cast floral hardware, providing visual depth while concealing the reinforced joinery within.
Architects may define specific stone types (e.g., Emperador, Nero Marquina) through our
bespoke specification process.
Project-Specific Interpretation
In a hypothetical commission for a High-Commissioner’s Office, the system was adapted to withstand
the specific challenge of Thermal Expansion Shear.
The desk was positioned in a sun-drenched gallery.
The integration of Elastomeric Expansion Joints ensured that the thermal gain in the marble did not transfer stress to the wooden joinery, preserving the structural integrity of the cabriole legs under load.
Construction & Material Behaviour
The selected Marble & Hardwood Assembly is bonded via a floating interface engineered
specifically for commercial stability.
- Joinery: Reinforced apron frame with internal steel corner braces to prevent racking.
- Finish: High-solids lacquer with hand-applied gilding, sealed against skin oils and ink.
- Load Behaviour: Leg assembly calibrated to support static loads exceeding 200kg (stone weight + equipment).
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: How is cable management handled with a marble top?
A: We use precision water-jet cutting to create grommet apertures in the stone, lined with metal inserts to protect cabling.
Q: Is the accompanying cabinetry available?
A: Yes. The specification includes options for matching bookcases (as shown) and credenzas to form a complete suite.
Q: How is the stone protected during shipping?
A: The marble top is crated vertically in an A-frame crate, separate from the wooden chassis, for final assembly on site.
This documentation defines the engineering standards applied to OE-FASHION’s
bespoke commissions. Final specifications are confirmed via CAD/Shop Drawings.
