Brief: Watch the demo to catch practical tips and quick performance insights. This video provides a detailed walkthrough of welded steel grating drain covers, showcasing their construction, material options like stainless steel and galvanized finishes, and key specifications for heavy-duty applications. You'll see how different bearing bar spacings and surface treatments are selected to meet specific load capacities and environmental conditions.
Related Product Features:
Extremely strong and durable welded steel bar grate for all load bearing applications.
Available in various bearing bar spacing and thickness options to meet different load capacities.
Offered in smooth top or serrated versions for enhanced slip resistance.
Manufactured from materials including ASTM A36, Q235, S275JR, and stainless steel 304.
Features multiple surface treatment options: untreated, hot-dipped galvanized, powder coated, or painted.
Available in multiple grating types: plain/smooth, serrated/teeth, I bar, and serrated I bar.
Custom specifications can be ordered according to specific project requirements.
Suitable for pedestrian and light vehicle traffic with various pitch and bar size configurations.
Faqs:
What are the primary applications for this welded steel grating?
This welded steel grating is primarily used for pedestrian and light vehicle traffic applications, serving as an extremely strong and durable solution for all load-bearing scenarios, including drain covers and flooring in industrial settings.
What material standards and surface treatments are available?
The grating is manufactured to standards including ASTM A36, A1011, A569, Q235, S275JR, and stainless steel 304. Surface treatments include untreated (black), hot-dipped galvanized, powder coated, electroplate, painting, or customized finishes as per customer requirements.
Can custom specifications be ordered for specific project needs?
Yes, special specifications can be ordered according to your requirements, including custom bearing bar sizes, pitches, and surface treatments to meet specific application demands and load capacities.