CH327 Dining Table
Hans J. Wegner's 1962 CH327 dining table, a solid-wood top that appears to float above its rails
1900 × 720 × 950 mm
Source: product page text — CH327 190 × 95 cm (6 persons) — published as W 190 × D 95 × H 72 cm
1962
Description
Overview
The CH327 is a solid wood dining table that Hans J. Wegner designed in 1962. Its unusual construction makes the tabletop appear almost to float; the edges are softened and the rounded legs narrow towards the floor.
Construction
- Top: grain along the length, carried by 3 distinct rails with a side rail under each side
- Gap: a space between side rail and top creates the floating impression
- Legs: two detachable legs at each end joined by a cross-stretcher
- Wood: FSC™ Mix-certified oak or beech; the teak/oak version has a teak top on oak legs

Specifications
- 190 × 95 cm, H 72 cm (six people); 248 × 95 cm (eight people)
- Both lengths take a 40 cm extension plate at each end, for 10 or 12 people
- CH327T insert leaf in MDF, grey or black, sold separately
Story
A table seen from the side
Carl Hansen & Søn calls the CH327 a good example of how creativity combined with excellent craftsmanship can produce a different and exciting design. In the manufacturer's description a space between the side rails and the tabletop gives the impression that the top is floating.
How it is braced
The legs and cross-stretchers hold the table across its width and the side rails hold it along its length. The side rails are joined higher at the legs and narrower between them, which gives more room for seated people.
More by Hans J. Wegner

CH25 Lounge Chair
Hans J. Wegner's CH25 lounge chair, in production since 1950, hand-woven from 400 m of paper cord

CH07 Shell Chair
Hans J. Wegner's three-legged Shell Chair: upholstered form-pressed veneer on arched laminated legs

CH24 Wishbone Chair
Hans J. Wegner's Wishbone Chair: steam-bent top rail, Y-shaped back, hand-woven paper cord seat

1788 Easy Chair
Hans J. Wegner's 1788 Easy Chair, 1974: solid oak with loose buttoned cushions, sofa counterpart


