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1.Why choose us?
we are the manufacturer more than 8 years;
The Price, Quality,service is our advantages;
Professional stems from our focus;
All The Products are Customerization and High Standard Production;
We sincerely pursue a long-term win-win cooperation.

2. How to get a quickly quotation?
Please give us the GRADE,SIZE,PLATING,DEMAND of the magnets your wanna (drawing is better),then we will give you a preliminary's quotation asap.
You can also send us samples,then we will according the samples to produce.

3.Sample fee? Delivery date? Payment terms? Shipment? 

Sample Fee

If it is commonly used specifications of the products and our warehouse have inventory, we can provide you with free samples; 
Customized specifications of the products, we need a certain amount of sample fee to control the cost of material.

Delivery Date

It's according to the contract,If for any reason there is a delay, we will contact you with an estimate of the revised delivery date.

Payment Terms

T/T, West Union, Paypal are acceptable.Consultation shall prevail.


We always use DHL Courier company.FedEX,EMS etc.,we can talk over this.

4.Can you supply a disc/linder/ring/sphere magnet with one pole on the outside and one on the inside?
Disc, cylinder, and sphere shapes definitely cannot be manufactured this way.  Rings magnetized this way are referred to as "radially magnetized", but it is not currently possible to manufacture neodymium ring magnets this way.  We are working on it, however.

5.What materials do magnets attract?

Ferromagnetic materials are strongly attracted by a magnetic force.  The elements iron (Fe), nickel (Ni), and cobalt (Co) are the most commonly available elements. Steel is ferromagnetic because it is an alloy of iron and other metals.

6.How can I identify the poles of the magnets?

There are several simple methods that can be used to identify the (Scientific) North and South poles of neodymium magnets.
1)  The easiest way is to use another magnet that is already marked. The North pole of the marked magnet will be attracted to the South pole of the unmarked magnet.
2)  If you take an even number of magnets and pinch a string in the middle of the stack and dangle the magnets so they can freely rotate on the string, the North pole of the magnets will eventually settle pointing North. This actually contradicts the "opposites attract" rule of magnetism, but the naming convention of the poles is a carry over from the old days when the poles were called the "North-seeking" and "South-seeking" poles.  These were shortened over time to the "North" and "South" poles that we know them as.
3)  If you have a compass handy, the end of the needle that normally points North will be attracted to the South pole of the neodymium magnet.
4)  Use one of our Pole Identifier Devices.
(Please note: In some magnetic therapy applications, the definitions of the poles are reversed from the scientific definition described above. Please be sure to confirm the proper definition of the poles prior to using magnets for medical purposes)
Also check out our article, Which Pole is North?