Product description
【MAGNETIC CLIMBING BUCKLE HOOK】: Introduce versatility and efficiency into your organizing solutions with our Magnetic Climbing Buckle Hook. Perfect for hanging small items such as tools, hats, keys, and towels, this gadget is a must-have for anyone looking to declutter their space smartly.
【POWERFUL MAGNETISM WITH SAFETY DESIGN】: Engineered with a strong neodymium magnet that focuses its powerful pull solely at the bottom, this hook ensures a secure hold for your belongings. The other sides are encased in an iron shell that negates any residual magnetism, making it safe to handle without compromising its holding strength.
【PREMIUM TRIPLE COATING FOR DURABILITY】: Our magnetic hook is coated with a Nickel+Copper+Nickel layering, the highest quality coating available, providing a shiny, rust-resistant finish. This not only enhances the hook's appearance but also adds a protective layer to the magnet, preventing cracking or chipping and ensuring a longer lifespan.
【SPECIFICATIONS FOR VERSATILE USE】: With dimensions of approximately 2.5cm in diameter and 4.5cm in length, and a holding capacity of 0-22kg, this hook is compact yet mighty. Its size and strength make it ideal for various applications around the home, office, or workshop.
Material: NdFeb magnet + iron shell
Size:The diameter is about 2.5cm and the length is about 4.5cm
Bearing capacity: Tension 0-22kg
Package includes: 1/2pcs* magnet hooks
Matters needing attention:
1. All magnets can break, but if used properly, it can last a lifetime.
2. The maximum working temperature of Ndfeb magnet is 176℉ (80℃)
3. Due to the strong magnetic force, if you want to use these magnetic hooks on a stainless steel refrigerator, we recommend putting something else like a paper towel or plastic wrap between the magnet and the surface to protect the surface from scratching.
4. The magnet can only absorb iron, and the size of the suction is related to the flatness, iron content and thickness of the adsorption surface.
5. The test tension is the vertical wall direction, and the vertical wall direction can withstand the tension than the parallel wall direction can withstand the tension.