Steel Grating Manufacturing Processes: Precision for Every Project-Anping Fengqian Wire Mesh Products Co., Ltd.

The manufacturing process defines the strength, application, and economy of steel grating. Understanding the difference between our primary methods—pressure welding and fabrication—ensures you select the most effective and cost-efficient solution.

Pressure Welded Steel Grating

Pressure welding is our automated, high-volume manufacturing process that fuses bearing bars and cross bars into a single, incredibly strong unit. This method is ideal for standardised, large-area projects requiring uniform strength and exceptional cost-efficiency.

  • Key Features & Benefits:
  • Superior Structural Integrity: The fusion-welded joint creates a permanent, rigid connection with high load-bearing capacity.
  • Consistent Quality & Economy: Automated production ensures every panel is identical, delivered at a highly competitive price point—perfect for large orders.
  • Flat, Even Surface: Provides a smooth walking surface ideal for expansive platforms and walkways.
  • Ideal Applications:
  • Large-Scale Industrial Flooring and Factory Platforms.
  • Standardised Walkways in power plants, water treatment facilities, and chemical plants.
  • Trench Covers and Drainage Grating for municipal projects.

Fabricated (Hand-Welded) Steel Grating

For non-standard designs and complex shapes, fabricated grating is the answer. Our skilled welders manually assemble each panel, offering unparalleled flexibility to meet the most precise project specifications.

  • Key Features & Benefits:
  • Total Design Flexibility: We can create virtually any shape, size, or bar configuration to fit unique spaces or load requirements.
  • Ideal for Customisation: Perfect for complex cut-outs, irregular shapes, and integrating with existing structures.
  • No-Mould Manufacturing: The hand-welding process eliminates the need for expensive moulds, making custom projects economically viable.
  • Ideal Applications:
  • Custom-Designed Platforms around specific machinery or equipment.
  • Irregular Access Hatches and Complex Shaped Flooring.
  • Architectural Features and special safety barriers where standard panels are unsuitable.