Pull Force Vs Shear Force Traditional magnetic hooks have always struggled as a tool storage solution due to how they function when used on a vertical steel surface. Traditional magnetic hooks weight capacity is measured by pull force, or the weight they can resist being pulled directly away from a thick steel surface at least ½” or more. However, in real-world use, hooks are expected to hold weight vertically along the surface, which relies on shear force. Traditional hooks fail here without either extremely thick steel or magnets so strong they risk damaging surfaces. Gator Magnetics has revolutionized this standard with their new technology, by optimizing shear force, enabling secure vertical holding power even on thin steel. This innovation makes magnetic storage truly practical and versatile. Thick Steel vs Thin Steel Unlike traditional magnetic hooks that base their holding capacity claims on thick steel surfaces over ½” + thick, Gator Hooks technology delivers unbelievable weight capacity for hanging and storing items on thin steel surfaces that are commonly found in homes, garages and workshops. Think steel surfaces such as toolboxes, cabinets, pole barn walls, steel doors—not industrial-grade 1” thick steel beams. Gator Hooks provide reliable strength on the surfaces you can access every day. Perfect for organizing heavy tools, equipment, and household items, they are tailored for real-life applications. Choose Gator Hooks for a dependable and practical storage solution! In Conclusion Gator Magnetics has redefined magnetic storage with technology designed for real-world use. By optimizing shear force, our hooks securely hold heavy items on thin steel surfaces commonly found in homes and workshops. Unlike traditional hooks that rely on pull force and require thick steel to function, Gator Hooks deliver unmatched strength and versatility, making them the ultimate storage solution for your everyday uses.