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Get it between 2025-04-22 to 2025-04-29. Additional 3 business days for provincial shipping.
【High Quality】The strong magnet hooks is made of neodymium magnet and high quality A3 steel, the hook is strong and reliable. And the size is very portable.
【Super Durablel】The magnetic hooks heavy duty is coated with three layers: Ni-Cu-Ni, so the strong magnets is shiny and anti-rust, provides protection for the magnet hooks and helps the hook to chip or crack. Magnetism is always strong!
【Wide Application】After accurate simulation and calculation, this strong magnetic hooks has a wide range of applications, magnetic hooks for locker , classrooms, grill, refrigerators, doors,cruise cabin sand any place with steel metal.
【Easy to Assemble】The metal magnet hooks for hanging heavy duty can be used without punching, very simple and convenient.
【NOTE】30LBS magnetic hooks tension is based on the direction of tension perpendicular to the contact surface - if used horizontally, reduce by 2/3.
Manufacturer_ Minimum age: 120 months Practical design Their size is excellent and they have countless uses It is a neodymium magnetic hook Data based on scientific measurement Vertical tension: 25 pounds Horizontal tension: 8 pounds 1 We use A3 high-quality steel as the test floor 2. After many measurements, we obtained scientific and strict measurements by pulling the hook at a uniform speed on professional equipment It is a neodymium magnetic hook Several important factors affecting tensile force 1 Only when the thickness of the tested steel reaches a certain level can the tensile energy reach the ideal value 2. The maximum tension can be reached only when the force is perpendicular to the surface. When the force is parallel to the contact surface, the tensile force can only reach 1/3 of the maximum 3. It cannot attract aluminum, copper, wood, plastic and stainless steel 4. The farther the magnetic hook is from the material, the smaller the pull force. Therefore, the surface paint absorbed by the magnetic hook is also an important factor affecting the hook pull.