STEEL ALLOY

Brand Owner Address Description
LH Salzgitter Flachstahl GmbH Eisenhüttenstrasse 99 38239 Salzgitter Germany STEEL ALLOY, STEEL SHEETS AND STEEL BAND, OPTIONALLY COATED ON ONE OR BOTH SIDES WITH METAL, NAMELY, ZINC, TIN, ALUMINUM, MAGNESIUM, NICKEL OR ALLOYS OF THESE MATERIALS, OR PLASTIC, BUILDING MATERIALS, NAMELY, COMPOSITE PANELS COMPOSED PRIMARILY OF METAL, METAL SIDING, BUILDING WALL FRAMING MADE PRIMARILY OF METAL, CONTAINERS OF METAL FOR TRANSPORT;COMPONENTS, NAMELY, STRUCTURAL PARTS FOR VEHICLES MADE OF STEEL ALLOY, STEEL SHEETS AND STEEL BAND, OPTIONALLY COATED ON ONE OR BOTH SIDES WITH METAL OR PLASTIC, NAMELY, CROSSMEMBERS AND VERTICAL SUPPORTS FOR AUTOMOBILE CHASSIS, MUD FLAP BRACKETS, VEHICLE ROLL BARS, REINFORCEMENT PLATES IN THE NATURE OF STIFFENERS FOR DOORS AND ROOFS AND TRUCKS OF VEHICLES, STABILIZERS, DRIVE ELEMENTS IN THE NATURE OF DRIVE GEARS AND SHAFTS FOR LAND VEHICLES, BUMPERS AND CHASSIS;COMPONENT PARTS FOR NON-ELECTRIC HOUSEHOLD APPLIANCES, NAMELY, SOAP BRACKETS AND TENSION CLOSING DEVICES IN THE NATURE OF CLOSING HEADS FOR POT LIDS MADE OF STEEL ALLOY, STEEL SHEET, STEEL BAND, OPTIONALLY COATED ON ONE OR BOTH SIDES WITH METAL OR PLASTIC;
 

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

    
Technical Examples
  1. A process for enhancing precipitation strengthening in steel and for making a high-strength micro-alloy steel, and a steel made from the process. The process includes the step of deforming the steel containing a suitable precipitate strengthening substance, at a temperature at which the microstructure of the steel is essentially stable and at which those precipitation strengthening particles that form are of a desirable particle size for precipitation strengthening. Deforming the steel introduces dislocations in the crystal structure of the steel, which increases the kinetics of precipitation by increasing the number of precipitation nucleation sites and accelerating the rate of diffusion of the precipitate material. The steel may be deformed by bending or rolling the steel. Preferably the process also includes the step of cooling the steel at a rapid rate so as to minimize the formation of precipitate particles of a larger-than-desired size.