STEEL SECURITY PRODUCTS NAMELY

Brand Owner (click to sort) Address Description
FOLDING GUARD L&P PROPERTY MANAGEMENT COMPANY 4095 Firestone Blvd. South Gate CA 90280 Steel Security Products-Namely, Steel Folding Gates and Steel Wire Partitions, Welded Steel Bars, Steel Gates on Rollers;No claim is made to the exclusive right to use the word Folding, apart from the mark as shown.;
FOLDING GUARD ASPEN GUARD 5858 West 73rd Street BEDFORD PARK IL 60638 Steel Security Products-Namely, Steel Gates [on Rollers];No claim is made to the exclusive right to use the word Folding, apart from the mark as shown.;
FOLDING GUARD Folding Guard Co., Inc. 12912 S. Normandie Ave. Gardena CA 90249 Steel Security Products-Namely, Steel Folding Gates and Steel Wire Partitions, Welded Steel Bars, Steel Gates on Rollers;No claim is made to the exclusive right to use the word Folding, apart from the mark as shown.;
SUPERIOR WIRE & METAL PRODUCTS Superior Wire & Metal Products, Inc. 15401 S. Commercial Ave. Harvey IL 60426 Steel Security Products-Namely, Steel Folding Gates, Steel Wire Partitions, Welded Steel Bars and Steel Gates on Rollers;No claim is made to the exclusive right to use the words Wire & Metal Products, apart from the mark as shown.;
 

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

    
Technical Examples
  1. A steel cord adapted for the reinforcement of elastomers includes: a core steel filament with a diameter dc and coated with a polymer, six intermediate steel filaments with a diameter di smaller than or equal to dc, the intermediate steel filaments being twisted around the core steel filament, ten to eleven outer steel filaments with a diameter do, smaller than or equal to di wherein these outer steel filaments are twisted around the intermediate steel filaments, and the outer steel filaments are preformed in order to allow rubber penetration inside the cord. The core steel filament, the intermediate steel filaments, and the outer steel filaments all have a tensile strength of at least 2600 MPa. The cord has an outer diameter D according to the following formula: D?dc+2×di+2×do+0.1 mm, wherein all diameters are expressed in millimeters (mm).