Variety of steel ladder rung


| Material | Safe concentrated load | |||
| 16”span | 18”span | 20”span | 24”span | |
| 11ga steel | 664 | 590 | 531 | 443 |
| 13ga steel | 508 | 451 | 401 | 338 |
| .125” aluminum | 471 | 418 | 377 | 314 |
| 16ga stainless steeel | 345 | 306 | 276 | 230 |
| Material | Safe concentrated load | |||
| 16”span | 18”span | 20”span | 24”span | |
| 11ga steel | 474 | 422 | 379 | 316 |
| 13ga steel | 375 | 334 | 300 | 250 |
| .125” aluminum | 337 | 299 | 263 | 224 |
| 16ga stainless steeel | 260 | 231 | 208 | 198 |
| Material | Safe concentrated load | |||
| 16”span | 18”span | 20”span | 24”span | |
| 11ga steel | 1138 | 1012 | 911 | 759 |
| 13ga steel | 862 | 766 | 689 | 574 |
| .125” aluminum | 810 | 720 | 649 | 540 |
| 16ga stainless steeel | 580 | 516 | 464 |
387
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Loads are based on static loading, the minimum safety factor=1.67, maximum deflection is less than L/240.
Application showing of steel ladder rung
ladder rungs play a crucial role in enhancing safety in various industrial applications. Whether choosing galvanized ladder rungs for their durability or aluminum ladder rungs for their lightweight and corrosion-resistant properties, the selection depends on the specific needs of the industry and the work environment. A well-designed ladder with the right rungs ensures that workers can confidently access elevated areas, contributing to a safer and more efficient workplace.
