Meja Kelengkeng

The Meja Kelengkeng is a solid wood dining table constructed entirely from Meh wood, a material known in various regions as Asian walnut or rain tree timber. This specific botanical selection yields a heavy, dense tabletop characterized by pronounced grain patterns and distinct color variations ranging from deep amber to rich dark brown. The natural edge profile preserves the organic contour of the log, ensuring that no two tables share the exact same perimeter geometry. The surface is planed flat, sanded through progressive grits to a smooth tactile finish, and sealed with a matte clear coat that protects the wood fibers from moisture ingress while retaining the natural matte sheen of untreated lumber.

Measuring 200.00 cm in width, the table provides a continuous horizontal surface capable of seating six to eight adults comfortably without crowding. The depth of 88.00 cm allows for ample clearance down the center line of the table for serving platters, table runners, and place settings arranged opposite one another. At a total height of 78.00 cm, the clearance from the floor to the underside of the tabletop measures approximately 70 cm, accommodating standard dining chairs with armrests and providing adequate legroom for users of varying heights.

The primary structural components consist of the single-slab or joined-plank Meh wood top, which measures approximately 5 cm in thickness, contributing significant structural rigidity and weight to the overall assembly. This substantial thickness prevents sagging under heavy loads and dampens vibrational resonance. The tabletop is supported by heavy-duty wooden or integrated slab legs positioned inset from the corners to maximize the usable perimeter seating area. Steel threaded inserts are embedded directly into the underside of the Meh wood top, receiving machine bolts that secure the base components. This mechanical fastening method allows for disassembly if the table requires relocation, while avoiding the degradation associated with direct wood screw fixings.

Meh wood exhibits a specific gravity that makes the table exceptionally heavy, requiring at least two individuals to safely maneuver and position the unit during installation. The wood grain features interlocking spirals and irregular patterns that create natural contrast zones across the 200 cm span. Maintenance requirements for this timber species involve routine wiping with a damp cloth and the occasional application of natural furniture wax or mineral oil to nourish the grain and prevent surface desiccation in low-humidity environments. Direct placement near heating vents or prolonged exposure to direct sunlight is discouraged to minimize potential timber movement, checking, or warping over seasonal cycles.

The construction methodology relies on traditional joinery reinforced with modern adhesives and concealed steel support bracing routed into the underside of the top to counteract the natural tendency of wide hardwood planks to cup or bow. The edge banding is part of the original log profile, retaining the sapwood contrast where applicable, which displays a lighter yellowish-white tone adjacent to the darker heartwood core. The corners of the rectangular top are softly radiused to eliminate sharp ninety-degree points, reducing the risk of impact damage during daily use.

Integration into a dining room, conference facility, or open-plan workspace depends on the spatial dimensions required to navigate the 200 cm length and 88 cm width. Floor protection pads, such as felt or rubber glides, can be affixed to the base contact points to prevent scratching on hardwood, tile, or polished concrete flooring surfaces. The material density of Meh wood absorbs impacts quietly, reducing the acoustic reverberation common in rooms with hard surface finishes. The Meja Kelengkeng functions primarily as a heavy-duty surface for dining, meetings, or collaborative work tasks, relying on the physical properties of solid timber and precise joinery to maintain structural stability over decades of daily mechanical interaction.