CATEGORY · PH ARTICHOKE

PH Artichoke – 72 leaves, glare-free light and a 1958 restaurant commission

Louis Poulsen places the design at the Langelinie Pavilion in Copenhagen; the V&A documents a Copenhagen-made example from 1960

The source base for PH Artichoke is unusually concrete. Louis Poulsen links the design to a 1958 commission for the Langelinie Pavilion and explains its glare-free effect through 72 carefully positioned leaves. The V&A adds material and construction detail for a Copenhagen example made in 1960, with copper leaves, a chromed steel frame and light-reflecting inner surfaces.

mid-century·designs

PH Artichoke

ESSAY · 01

Work & Context

mid-century·designs

The PH Artichoke only becomes really interesting once you read it as a lighting machine, not just a luxury shade

With PH Artichoke, the market often starts from the image alone: layered copper leaves, suspended sculpture, hotel-lobby glamour. The reliable sources show something more exact. Louis Poulsen states that Poul Henningsen was commissioned in 1958 to design a pendant for the Langelinie Pavilion in Copenhagen and that the brief was to create glare-free light from every angle. That explains the lamp far better than any later icon language.

This matters in a shop context too. Anyone browsing mid-century·designs for lamps mid-century, Bauhaus or the wider shop will constantly see objects that are visually strong but weakly explained. PH Artichoke is a good counterexample because form, light control and construction all belong together.

The famous leaves are not ornament first, but part of a precise light logic

The leaf structure is more than a decorative flourish. Louis Poulsen explicitly connects the lamp’s refined lighting effect to 72 carefully placed leaves. That number is not a trivial brand anecdote; it shows how strongly the design depends on a calibrated sequence of shielding and reflection. The lamp’s name directly follows from that layered, artichoke-like structure.

The Victoria and Albert Museum documents its example as the Artichoke Lamp, made in 1960 in Copenhagen, manufactured by Louis Poulsen and designed by Poul Henningsen. The museum’s physical description is especially useful: the object is made of copper, steel and plastic, with layered copper leaves attached to a frame of curved chromed steel strips. The V&A even describes the structure as a spherical, dodecahedral form. That makes clear that PH Artichoke is not simply a copper object with an attractive surface, but a technically demanding light object.

For buyers of historic pendant lamps, material and leaf condition matter more than the silhouette alone

That is where the practical value begins. On the vintage market, the right question is not just whether a lamp “looks like an Artichoke”. More useful checks are leaf count, fixings, surface finish, reflective inner faces, frame structure and traces of later repair. The V&A stresses that the copper leaves are mounted to the steel framework and that the internal surfaces actively shape the light. Louis Poulsen adds that even on the later black edition, the undersides of the leaves remain white so the light is reflected correctly. In other words, visible colour alone is not enough; light quality depends on less obvious inner surfaces as well.

The larger Henningsen context matters too. On its designer page, Louis Poulsen places the beginning of its collaboration with Henningsen in the 1920s and from 1925 as a lifelong relationship. PH Artichoke therefore belongs to a longer development of the PH system, in which light direction, glare control and everyday usability were thought through systematically. For collectors, that is far more useful than the generic label of a “Danish icon”.

Sources

FAQ · 02

Frequently asked about PH Artichoke

5 Answers

01
When did the PH Artichoke begin?
Louis Poulsen writes that Poul Henningsen was commissioned in 1958 to design a pendant for the Langelinie Pavilion in Copenhagen. The V&A dates the museum’s documented example to 1960 and identifies it as made in Copenhagen.
02
Why is it called PH Artichoke?
According to Louis Poulsen, the name comes from the lamp’s 72 carefully placed leaves. The V&A likewise describes the form as a stylised artichoke built from layered metal leaves.
03
What is the functional core of the design?
Louis Poulsen stresses that the lamp was meant to provide glare-free light from every angle. That combination of sculptural enclosure and controlled light output is what makes the object more than decoration.
04
Which materials matter when assessing historical examples?
The V&A lists copper, steel and plastic and describes copper leaves mounted to a frame of curved chromed steel strips. For buyers, material consistency, leaf condition and surface finish are therefore key checks.
05
Why does Poul Henningsen matter beyond this single lamp?
Louis Poulsen presents Henningsen as a defining lighting designer and dates the start of his collaboration with the company to the 1920s, more specifically from 1925 onward as a lifelong association. The PH Artichoke belongs to that broader PH lighting system, not to an isolated stylistic gesture.

GLOSSARY · 03

Related Terms

6 Entries

Poul Henningsen
Danish designer whom Louis Poulsen describes as the “Original Master of Light”. According to the company, his collaboration with Louis Poulsen began in the 1920s and lasted until his death.
Langelinie Pavilion
Modernist restaurant in Copenhagen for which Henningsen designed the PH Artichoke in 1958, according to Louis Poulsen.
Glare-free light
The design goal Louis Poulsen emphasises for the PH Artichoke: light that remains comfortable from every viewing angle.
72 leaves
The number of carefully placed leaves Louis Poulsen cites as central to the lamp’s light distribution and to the origin of its name.
Dodecahedral sphere
The V&A’s description of the lamp’s internal structural logic: a spherical frame built from curved chromed steel strips to which the leaves are attached.
White inner surfaces
Louis Poulsen explains on the black version that the undersides of the leaves remain white so the light is reflected effectively.