LAMINATES PRIMARILY ALUMINUM FOIL

Brand Owner (click to sort) Address Description
CHILD SAFE POUCH REYNOLDS METALS COMPANY Richmond VA Laminates primarily of aluminum foil with plastic film for use in the further manufacture of packaging that must be opened with sissors or other mechanical means;
COLD FORM REYNOLDS PACKAGING 6603 WEST BROAD STREET RICHMOND VA 23230 Laminates primarily of aluminum foil with plastic film for use in the further manufacture of pharmaceutical packaging;
DRUG-PAK REYNOLDS METALS COMPANY Richmond VA laminates primarily of aluminum foil with plastic film for use in the further manufacture of pharmaceutical packaging;DRUG PACK;
PHARMA-POUCH REYNOLDS PACKAGING 6603 WEST BROAD STREET RICHMOND VA 23230 laminates primarily of aluminum foil with paper and/or plastic film for use in the further manufacture of pharmaceutical packaging;
SAFETY-PAK REYNOLDS PACKAGING 6603 WEST BROAD STREET RICHMOND VA 23230 laminates primarily of aluminum foil with plastic film for use in the further manufacture of pharmaceutical packaging;SAFETY PAK; SAFETY PACK;
TOUGH POUCH ALCOA INC. Alcoa Corporate Center 201 Isabella Street Pittsburgh PA 152125858 Laminates primarily of aluminum foil with plastic film for use in the further manufacture of packaging that must be opened with sissors or other mechnical means;Pouch;
UNI-FORM ALCOA INC. Alcoa Corporate Center 201 Isabella Street Pittsburgh PA 152125858 laminates primarily of aluminum foil with plastic film for use in the further manufacture of pharmaceutical packaging;
 

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

    
Technical Examples
  1. A method is described for making an aluminum alloy foil suitable for application to fins used in heat exchangers. The method comprises providing an aluminum alloy composition containing about 0.27% to about 0.55% by weight of iron, about 0.06% to about 0.55% by weight of silicon and optionally up to about 0.20% by weight of copper; continuously casting a coiled strip from the molten aluminum alloy; cold rolling the continuously cast coil to a final gauge of about 0.076 mm to about 0.152 mm and partially annealing the aluminum alloy sheet at a temperature below about 260° C., with a maximum overheat of about 10° C. to anneal the aluminum alloy foil substantially without any recrystallization.