News

  • Anti-Acid Corrosion Coatings for Metal Steel Structures Gain Significant Attention
    23
    2025-07

    Anti-Acid Corrosion Coatings for Metal Steel Structures Gain Significant Attention

    Metal structures such as lightning rod towers, offshore lighthouses, large reservoir gates, water supply towers, offshore oil production equipment, tankers, spherical tanks, storage tanks, fuel tanks, carbonization towers, heat exchangers, chimneys, containers, ship hulls, and offshore channel steel......

  • Construction and Process of All-Glass Curtain Walls on Steel Structures
    23
    2025-07

    Construction and Process of All-Glass Curtain Walls on Steel Structures

    The installation of all-glass curtain walls on steel structures is a multi-trade construction process involving highly complex procedures and demanding meticulous operation by a well-coordinated team. Its progress is also closely linked to the construction schedules of other project components. To e......

  • Common Protective Methods for Large Steel Structures
    23
    2025-07

    Common Protective Methods for Large Steel Structures

    Zinc and aluminum, having a more negative electrochemical potential than steel, form sacrificial anodes with the steel structure, thereby providing cathodic protection to the base steel. Currently, aluminum spraying coatings are used to protect against corrosion in industrial and marine atmospheres.......

  • Key Optimizations & Simplifications
    17
    2025-07

    Key Optimizations & Simplifications

    Consolidated Concepts:Combined similar points about zinc/aluminum properties and sacrificial protection into a concise opening statement.Streamlined Features:Presented the three key features (adhesion, versatility, sealant enhancement) clearly as bullet points.Integrated Economic Section......

  • Key Design Points for High-Rise Steel Structure Buildings
    17
    2025-07

    Key Design Points for High-Rise Steel Structure Buildings

    To ensure the safety of high-rise steel structure buildings, the following key points must be considered:Key Ratios:Six critical ratios should be noted in the design of high-rise steel structures:Axial Compression Ratio:Primarily controls structural ductility.Shear-Weight Ratio:Pri......

  • Key Design Points for High-Rise Steel Structures
    15
    2025-07

    Key Design Points for High-Rise Steel Structures

    Critical Structural Ratios:Ensure structural safety and performance by controlling six key ratios:Axial Compression Ratio: Controls structural ductility.Shear-Weight Ratio: Ensures minimum seismic shear at each floor.Stiffness Ratio: Maintains vertical regularity and prevents weak stories.Disp......