Neodymium magnets supplier

External Thread Neodymium Pot Magnet

Neodymium pot magnets are high strength rare earth holding magnets in a mild steel cap for extra protection against chipping or cracking. Due to the protective cover on these pot magnets, they are single sided magnets which provides an easy, non-destructive solution for attaching and suspending objects.

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Magnets Shallow Pot with External Thread Male Thread Neodymium Pot Magnet Supplier in China

Our strong flat neodymium pot magnets with external thread could be even stronger! In this category, you find our neo pot magnets with hole. The holding core is a strong disc NdFeB magnet with male thread (Powerful rare earth neodymium permanent magnet) built in a steel pot. Not only will the steel pot keep the magnet safe from damages but also the magnetic force is higher! These are powerful neodymium magnets housed inside of a stainless steel cup. The cup protects the magnet and also increases the magnets power by redirecting one polarity towards the other side. Attached to the cup there is a female threaded post that will work perfectly with a standard machine screw.

Neodymium Pot Magnets with External ThreadExternal Screw Thread Pot Magnet suppliers


Product description

For this model, the neodymium magnet is embedded into a durable steel pot housing.

The steel pot housing can protect the magnet from crashing, makes the magnet more durable in harsh environments.

Pot magnet has only one surface of magnetic attraction. Steel pot housing absorbs one polarity and redirects it to face the other direction. This makes pot magnet more powerful.

There is an external threaded stud on the top of the steel pot housing.

The external threaded stud magnets can work with a standard nut or threaded hole. And it makes the pot magnet can be easily mounted with standard machine threads as the post works like a machine screw.

Neodymium Pot Magnets with External Thread

Size

Below are our standard sizes of Neodymium External Male Thread Pot Magnet NdFeB Magnet Holder, you can shoose the one you prefer. If you have specific requirements about dimensions or pull force, please contact us directly, and our engineers will design it for you:


External Screw Thread Pot Magnet suppliers
ModelSize (mm)Pull Force
DMHhkglb
BHETPM161641355.512
BHETPM20204157920
BHETPM252551782249
BHETPM323261883475
BHETPM363661984190
BHETPM4242820968150
BHETPM484882411.581179
BHETPM606083015113249
BHETPM7575103418164362

Applications

Neodymium Magnet Pot Powerful Rare Earth Pot Magnets: Made of strong rare earth Neodymium Magnet, uniquely design to have magnet sits inside a hard steel housing to provides excellent mechanical properties and durability.

These super magnets could be used for assembly at Home, Business and Schools, Science Projects, Workshop, Office for art projects, craft etc.


FAQ:

Q1. What's the most powerful magnet you can buy?

A1. The neodymium magnet is the strongest type of magnet you can buy. They're permanent magnets and also referred to as power magnets which of course hint to their extreme power.


Q2. What happens if you put two magnets together?

A2. If you hold two magnets the wrong way around, they push apart - they repel! In other words, if you hold two magnets together so that like-poles are close together (two norths OR two souths), they repel


Q3. Can you thread a magnet?

A3. Depending on the application, users can screw into magnets with a threaded hole with a screw fixing, hook or eyebolt, to create a magnetic fixing point. These heavy-duty magnets all share the common feature of a threaded hole on the non-magnetic face so that they can be screwed or bolted into an assembly.


Q4. Which magnet is stronger neodymium or ferrite?

A4. A rare earth or neodymium magnet is the most powerful of any permanent magnets and is around 2-7 times stronger than a regular or ferrite magnet. It can lift more than any other type of magnet of the same size.

Q5. What is the difference between ferrite and neodymium magnets?

A5. Ferrite magnets have a higher Curie temperature than Neodymium magnets, so they maintain their magnetization better at higher temperatures. This gives designers greater operating margins at higher temperatures than Neodymium magnets offer.


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