UNWROUGHT OR SEMI WROUGHT ALUMINIUM

Brand Owner Address Description
INOXAL Alcan Singen GmbH Alusingenplatz 1 78224 Singen Germany Unwrought or semi-wrought aluminium; alloys of aluminium; processed and unfinished plates, sheets, strips, sections, rods and tubes of aluminium or aluminium for further manufacture; plates, sheets, strips, sections, rods and tubes of aluminium or aluminium alloys processed by anodic oxidation; plates, sheets, strips, sections, rods and tubes of aluminium or aluminium alloys; rolled metal goods, namely sheets, and plates of aluminium and its alloys; extruded parts, namely profiles, sections of aluminium and its alloys; cast parts, namely knots for frames and housings of aluminium and its alloys; die-cast parts, namely knots for frames, housings of aluminium and its alloys; forged parts of aluminium and its alloys, namely profiles, rods, shafts, and aluminium or aluminium alloys for appliances, machinery; rolled products made of metal, namely plates, sheets, bands, foils, sheets and plates; rolled, extruded parts, profiles and sections of aluminium and its alloys for appliances, machinery, housings, frames, claddings; rolled, die-cast parts, namely knots for frames, housings made of aluminium and its alloys for appliances, machinery; rolled, forged parts, namely profiles, rods, shafts, of aluminium or aluminium alloys and finished by anodic oxidation and by coating with iron, zinc, and copper;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A metal flow system, for use in casting aluminium alloy using a pressure casting machine, is provided by a component of a die or mould assembly, for the machine, which defines a die cavity. The component defines at least part of an alloy flow path for the flow of aluminium alloy from a pressurized source of substantially molten aluminium alloy of the machine to the die cavity. The flow path includes at least one runner and a controlled expansion port, referred to also as a CEP, which has an inlet through which the CEP is able to receive aluminium alloy from the runner and an outlet through which aluminium alloy is able to flow from the CEP for filling the die cavity. The CEP increases in cross-sectional area from the inlet to the outlet thereof to cause substantially molten alloy received into the runner to undergo a substantial reduction in flow velocity in its flow through the CEP whereby the aluminium alloy flowing through the CEP attains a viscous or semi-viscous state which is retained in filling the die cavity. A pressure casting machine includes the metal flow system, while the system also is used in a process for pressure casting of aluminium alloys.