Ladders should not be used on slippery surfaces unless secured or provided with what to prevent accidental displacement?

Ladders should not be used on slippery surfaces unless secured or provided with what to prevent accidental displacement?

• A. Rubber feet
• B. Slip resistant feet
• C. Stabilizing pads
• D. Anti-slip caps

Answer: (B)

On slippery surfaces, a ladder’s base is at risk of sliding, which can lead to a fall. The feet of the ladder must be designed to resist that slip by gripping the surface and providing sufficient friction. Slip resistant feet are built to maximize traction, often using textured materials or shapes that shed moisture and bite into slick floors, wet surfaces, or ice. This direct focus on preventing displacement is why they’re the best choice. While rubber feet and anti-slip caps describe features that help with grip, they don’t convey the explicit purpose of resisting slipping on slippery surfaces as clearly as slip resistant feet. Stabilizing pads help with stability and load distribution but don’t address the surface traction at the feet.

On slippery surfaces, a ladder’s base is at risk of sliding, which can lead to a fall. The feet of the ladder must be designed to resist that slip by gripping the surface and providing sufficient friction. Slip resistant feet are built to maximize traction, often using textured materials or shapes that shed moisture and bite into slick floors, wet surfaces, or ice. This direct focus on preventing displacement is why they’re the best choice.

While rubber feet and anti-slip caps describe features that help with grip, they don’t convey the explicit purpose of resisting slipping on slippery surfaces as clearly as slip resistant feet. Stabilizing pads help with stability and load distribution but don’t address the surface traction at the feet.