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Vendor Name
Description
MORGAN By Minotti
Designer: Rodolfo Dordoni
Manufacture year: 2014
Type: Table
TECHNICAL INFORMATION Top : oak-veneered fir planking, with solid, shaped perimeter edge (except for the Ø 160 and 180 tops with tobacco-stained flamed oak finish and open-pore mocha lacquer, which have a flat edge). The top rests on chrome-plated cylinders, Ø 100 mm. Top finishes - caramel gloss lacquered, 40 mm thick; - moka open-pore lacquered oak, 40 mm thick; - tobacco-stained flamed oak, 40 mm thick; Supports: load-bearing metal, rhomboid section, satin bronze finish. Each support is covered with two MDF panels and then with two laser-cut, bent, welded and galvanically treated* sheets. Due to the handmade satin finish, the table supports may show slight colour nuances. Protective black rubber slip. * Galvanic treatment is an industrial process used to treat metal surfaces, which have previously been cleaned, degreased and treated with acid, giving them special aesthetic, oxidation and corrosion resistance and hardness characteristics. MORGAN Morgan is based on the traditional refectory table, very popular in Italy, that can be traced back to a concept of simplicity and sleek lines. Morgan reinterprets the style in a more contemporary key through a series of sophisticated design solutions and the pairing of striking luxury materials. The supports are made of bronze metal sheet and feature a tapered diamond-shaped section that lends vigor to the base, while the top, available in Tobacco stained flamed oak, Moka oak and Caramel glossy lacquer finish, is also characterized by a distinctive flared edge. The supports connect to the top by means of a cylindrical chrome spacer. Morgan is available in a number of sizes and is designed to accommodate custom-sized tops as well. In addition to the rectangular version, it is also available with a round top, held in place by three supports in bronze metal sheet. The Morgan table project is informed by the same aesthetic language as the Lang family and makes it possible to design settings where all the elements work together harmoniously.