Early eero saarinen for knoll cast iron tulip base coffee table with white laminate top the grey colored base is quite rare.
White laminate saarinen table.
They are also made of one piece of aluminum so there will not be multiple seams present.
The laminate top is in good condition the underside and.
Design eero saarinen 1956 aluminum base laminate marble or veneer top made by knoll in his purist approach to design finnish born eero saarinen sought out the essential idea and reduced it to the most effective structural solution.
Saarinen coffee table white laminate.
This is an authentic knoll saarinen table.
The classics saarinen collection.
This 120cm size tables are suitable for place settings of four or six are visually stunning and are sure to be the talking point of any dining space.
This is the authentic pedestal table by knoll.
From the late 1940s through the 1950s eero saarinen designed many of the most recognizable knoll pieces including the tulip chairs and pedestal tables the womb chair and the 70 series executive seating collection.
Sturdy cast aluminum base with a solid marble quartz or laminate top.
It s stamped with the knollstudio logo and eero saarinen s signature.
Small 90cm white laminate table top white aluminium base with floor protectors product description the 90cm eero saarinen tulip table is a wonderfully versatile visually good looking bright and white table choice with a small footprint.
Never been used saarinen 47 white laminate dining table.
It is our pleasure to offer this beautiful 120cm white laminate tulip table originally designed by eero saarinen in 1955 a special classic mid century design.
The underside of typical chairs and tables makes a confusing.
This iconic table features a cast aluminum base with abrasion resistant laminate tabletop.
Use as a side table café table or small kitchen or studio dining table with capacity for.
It is stamped with the knoll studio logo and eero saarinen s signature.
A genuine saarinen table would never have a base made of plastic wood or any other material.