Crochets de stabilisation pour échelle 2 pièces en acier robuste, barres en T antidérapantes avec poignée en caoutchouc, pour échelles extensibles, capacité 500 lb

[Heavy Duty Steel Construction] Made from strong, tough steel with a water and rust resistant finish, these ladder stabilizer hooks are designed to withstand the harshest conditions. The durable material ensures extreme strength and superior longevity, making them ideal for frequent use in roofing and construction projects. Each hook supports up to 250 lb, with a total load capacity of 500 litres [500 lb Load Capacity for Heavy Use] With an impressive 500 lb load capacity, these ladder stabilizer hooks are perfect for heavy duty applications. Whether you are a professional roofer or an avid DIY enthusiast, these hooks provide reliable support and stability, your safety when climbing and working on the roof. Their durability and strength make it a durable addition to your toolbox. [Easy Installation & Widely Compatible] These ladder stabilizers are incredibly easy to install, with clear instructions included. Simply tighten the wing nuts on both hooks to hold the ladder firmly in place. They are compatible with single or extension ladders made of wood, fiberglass or aluminum, making them a versatile tool for various roofing and construction tasks. [Non-slip rubber handle for maximum safety] Equipped with non-slip rubber T-bar, these ladder hooks prevent damage to your roof while keeping you safe. The rubber handle minimizes slipping and provides a firm grip, keeping the ladder stable even on uneven surfaces. This feature is essential to prevent accidents and ensure good stability when working on the roof. [Adjustable Mounting Holes for Universal Fit] Designed to fit different types of ladders, these stabilizer hooks feature adjustable mounting holes that fit ladders with different spacing steps. Compatible with round and D style rungs, they attach perfectly to most extension ladders, providing a secure and stable connection to safely climb and work at height.