Powerful Neodymium Magnet Holder 600 kg / Ø120 mm - N52 Class Strength for Water Searches and More!

Looking for an exceptionally strong and reliable magnetic holder? The Sensei neodymium magnet, with a lifting capacity of up to 600 kg, is an excellent choice for various applications. Designed with thoughtful construction and top-quality materials, this magnet boasts exceptional durability and efficiency. Its N52-class neodymium core ensures maximum pulling force, while the sturdy, 120 mm diameter body guarantees stability and a wide working area. Whether you're searching for underwater finds or seeking solutions for attaching metal objects, this magnet will exceed your expectations. Thanks to its M12 thread and robust stainless steel holder, connecting and using it will be simple and safe.

Why choose the Sensei 600 kg Neodymium Magnet?

Sensei magnets are designed with the most demanding users in mind. The main advantage is the top-class N52 neodymium magnet, featuring the strongest magnetic force. It is coated with a Ni-Cu-Ni layer, which, together with the stainless steel (304 grade) holder and robust body, ensures exceptional corrosion resistance even in humid or aggressive environments. The magnet's construction is meticulously thought out: it is secured with a screw and epoxy resin, which not only provides additional protection against water penetration but also dampens shocks. The flat bottom and larger diameter increase the effective working magnetic area, making it easier to pick up objects. Its versatility allows it to be used not only for water searches but also as a fastening element, for collecting objects, or for separating metal waste.

Package Contents

This product is carefully prepared for use. It includes everything you need to start working or searching immediately. The magnet is ready for mounting and is fully prepared to perform its functions right out of the box.

What's included in the set:

• 1 x Sensei Neodymium Magnet with 120 mm body and 600 kg pulling force
• 1 x Integrated M12 threaded stainless steel holder

Specifications and Technical Data

To ensure smooth and efficient use, it is important to know the main product specifications. The Sensei magnet boasts optimal parameters for various tasks, ensuring maximum performance and durability.

• Pulling force: 600 kg
• Magnet class: N52 (highest class)
• Thread: M12
• Magnet coating: Ni-Cu-Ni
• Body coating: Ni-Cu-Ni
• Holder: Stainless steel 304 grade
• Body dimensions: 120 x 20 mm (diameter x height)
• Height with holder: 75 mm
• Weight: 1.8 kg

Advantages and Disadvantages

It's always useful to know both the product's strengths and what to consider before purchasing. The Sensei magnet is a high-quality product, but it's important to compare it with your needs.

Advantages:

• Exceptional pulling force: 600 kg lifting capacity allows lifting even very heavy metal objects.
• Highest N52 class: Guarantees maximum magnetism efficiency and longevity.
• Top-quality materials: Ni-Cu-Ni coating and 304 stainless steel holder provide excellent corrosion resistance.
• Durable construction: A robust body, protected from water and impacts by epoxy resin, extends the magnet's service life.
• Optimal working area: Large diameter and flat bottom increase efficiency when attaching objects.
• Versatility: Suitable for various applications – from underwater finds to industrial fastenings.
• Ready for use: The kit includes everything needed, no additional accessories required.

Disadvantages and what to consider:

• Weight and size: A weight of 1.8 kg and a diameter of 120 mm might be too large for carrying in small pockets or for certain delicate tasks.
• Pulling force dependency: The stated 600 kg pulling force is under laboratory conditions (on a 20 mm thick steel plate). Real-world conditions (paint, rust, uneven surface, gap between magnet and object) can reduce it.
• Suitable environment: Although corrosion-resistant, in extremely aggressive chemical environments or at high temperatures, the magnet may lose its properties.
• Storage: Strong neodymium magnets can attract and damage electronic devices or media, so they should be stored separately.