Welded steel grating is typically manufactured by welding cross bars to load-bearing bars, creating a rigid panel for applications such as industrial flooring, walkways and platforms. Press-locked grating is assembled by mechanically locking intersecting bars into matching slots. The appropriate construction depends on the required strength, appearance, dimensions and application. Customers should confirm the required construction method when requesting a quotation.
Steel grating is widely used where structural strength, durability and metal construction are required. FRP grating, made from fiber-reinforced polymer, is often selected for applications requiring corrosion resistance, electrical non-conductivity and reduced weight. FRP performance depends on the resin system, manufacturing method, panel structure and operating environment. The best choice should be based on load requirements, chemical exposure, electrical conditions and total project cost.
Surface treatment options depend on the product material and intended application. Hot-dip galvanizing is widely used to provide corrosion protection for carbon steel grating, particularly in outdoor and industrial environments. Other finishes may be available depending on the product and project specification. Please specify the installation environment, expected exposure conditions and required finish when requesting a quotation.
Yes. Customized steel grating can be evaluated according to project drawings, dimensions and technical requirements. Depending on the product and manufacturing feasibility, requirements may include panel length and width, bearing bar dimensions, spacing, cutouts, edge banding, surface treatment and installation details. Providing dimensioned drawings and the intended application helps us confirm the specifications before production.
Steel grating trench covers are commonly used for drainage channels, industrial facilities, roadways and other areas requiring water drainage and surface access. Selection depends on the channel dimensions, support arrangement, expected pedestrian or vehicle traffic, load requirements and corrosion exposure. For vehicle-access areas, the grating must be specified for the actual wheel loads and support conditions rather than selected by appearance alone.
