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| Product Description
Grating plates are typically composed of three parts: bearing bars, cross bars, and binding bars. The bearing bars are the core part of the grating plate, designed to support the primary load. They are usually made of flat steel. The cross bars, which are perpendicular to the bearing bars, enhance the strength and stability of the grating plate. These cross bars can be made of twisted square steel, round steel, or flat steel, and are secured to the bearing bars through welding or press-locking methods. The binding bars are used to encase the edges of the grating plate, effectively protecting the edge cross bars and bearing bars from damage and preventing pedestrians from tripping over the edge cross bars. They also serve to reinforce the grating plate and improve its overall appearance.
| Product Details
| Equal Spacing Except for the edge sections, the distance between each bearing bar and each cross bar of the grating is uniformly consistent, forming a grid layout. This design not only enhances the structural stability but also provides good ventilation and drainage performance. |
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| Anti-slip Design The surface of the grating usually adopts a toothed flat steel design to increase the surface friction, thereby providing good anti-slip performance. |
| Interlocking Process The structural strength of the grating lies in its interlocking process. The longitudinal flat bars are interlocked with the transverse cross bars, and then the connection points are welded and reinforced by automatic welding equipment. This process determines the overall strength and load-bearing capacity of the grating, ensuring that it will not deform or break under high-pressure conditions. |
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| Customization Available The shape of the grating can be customized according to the specific needs of the customer. Whether it's common shapes like rectangles and squares, or circles, trapezoids, sectors, or even complex irregular shapes, we can meet your diverse requirements. |
| Product Description
Grating plates are typically composed of three parts: bearing bars, cross bars, and binding bars. The bearing bars are the core part of the grating plate, designed to support the primary load. They are usually made of flat steel. The cross bars, which are perpendicular to the bearing bars, enhance the strength and stability of the grating plate. These cross bars can be made of twisted square steel, round steel, or flat steel, and are secured to the bearing bars through welding or press-locking methods. The binding bars are used to encase the edges of the grating plate, effectively protecting the edge cross bars and bearing bars from damage and preventing pedestrians from tripping over the edge cross bars. They also serve to reinforce the grating plate and improve its overall appearance.
| Product Details
| Equal Spacing Except for the edge sections, the distance between each bearing bar and each cross bar of the grating is uniformly consistent, forming a grid layout. This design not only enhances the structural stability but also provides good ventilation and drainage performance. |
|
| Anti-slip Design The surface of the grating usually adopts a toothed flat steel design to increase the surface friction, thereby providing good anti-slip performance. |
| Interlocking Process The structural strength of the grating lies in its interlocking process. The longitudinal flat bars are interlocked with the transverse cross bars, and then the connection points are welded and reinforced by automatic welding equipment. This process determines the overall strength and load-bearing capacity of the grating, ensuring that it will not deform or break under high-pressure conditions. |
|
| Customization Available The shape of the grating can be customized according to the specific needs of the customer. Whether it's common shapes like rectangles and squares, or circles, trapezoids, sectors, or even complex irregular shapes, we can meet your diverse requirements. |
