N35 Magnets – The Ultimate Guide

Uncover every single fact about the N35 Magnets to facilitate the decision on the right magnet choice. Keep reading this comprehensive guide!

N35 Magnets Overview

The term N in N35 magnets reflects neodymium magnets. Among the series of neodymium magnets, N35 is the first one in the N-series. It is a permanent magnet. What adds up to the differentiation of this magnet from others is magnetic strength.

It is a stronger magnet than most samarium cobalt magnets, ferrite magnets and alnico magnet. The N series of neodymium magnets start from N35 and ends on N52. Therefore, in these grade series, the N35 magnet features the lowest magnetic force.

N35 Magnets
N35 Magnets

Composition of the N35 Magnets

Cobalt, Neodymium, and boron are what go into the composition of the N35 magnets. Their chemical formula is Nd2Fe14B. The N35 magnets feature a tetragonal crystalline structure. You can refer to neodymium magnets as bonded or sintered, depending on the manufacturing process you are going to use.

Magnetic Properties of N35 Magnets

Key properties of these rare earth magnets that you should consider are:

Coercive Force

N35 magnets have a higher coercive force, around 868 kOe. This property determines how strongly an interest can maintain its magnetic strength in the long run against external magnetic force.

Intrinsic Coercive Force

The intrinsic coercive force of the N35 magnet is greater than or equal to 955 kOe. You can take an idea with this force how strongly a draw can resist demagnetization. This force is associated with the material magnetic properties.

Max Operating Temperature

The operating temperature that the N35 magnet can withstand is around 800C. This parameter determines what temperature conditions you can easily use this type of magnet.

Remanence

You can define remanence as the residual induction or residual magnetism. Remanence represents the strength of a magnet that persists after you eliminate the exterior magnetic field. It lies in the range of 11.7 to 12.2 mT for N35 Magnets.

Max Energy Product

The maximum energy product (MGOe) of the N35 magnets lies in the range of 263 to 267. Leading energy product refers to the per unit volume of magnetic energy that an appeal can store within.

Shapes and Sizes of N35 Magnets

There are a plethora of shapes and sizes you can get for the N35 magnets. The most popular shapes and sizes include:

  • Discs
  • Rods
  • Cylindrical
  • Block
  • Rod
  • Assemblies
  • Rings
  • Buttons
  • Bar
  • Cube
  • Cup
  • Spheres

Coatings Used On N35 Magnets

Coatings on the N35 magnets serve a crucial purpose. With layers, you can enjoy durability, corrosion resistance, aesthetics, low friction value, and improved handleability.

Here are the key materials that serve the purpose of coatings for the N35 Magnets:

  • Teflon
  • Zinc
  • Epoxy
  • Ni-Cu-Ni
  • Gold
  • Titanium Nitrate
  • Copper
  • Black Nickle

The feature and end benefits for each coating material vary. You can choose anyone depending on your needs.

Elemental N35 Magnet Composition
Elemental N35 Magnet Composition

Magnetization Directions for N35 Magnets

The direction of the magnetic field lines originating from a magnet serves a key purpose in various applications. These directions vary from the north to south poles. The table below will clear the magnetization direction for different magnet shapes:

Sr. No. Magnet Type Magnetization Directions
1 Arc Magnets Thickness Circumference North South Diametrically South North Diametrically
2 Block Magnets Width Length Multi-Poles Thickness
3 Disc Magnets Axially Diametrically Multi-Poles  
4 Ring Magnets Axially Diametrically Multi-Poles diametrically Multi-Poles
5 Pot Magnets Axially
6 Rod Magnets Axially Diametrically
7 Sphere Magnets Axially
8 Tube Magnets Axially Diametrically

 

What Adds Up Worth to N35 Magnets?

Multiple attributes play a role in this regard. Some of the key perks that you can get include:

Higher Magnetic Strength

The magnetic strength of the N35 magnet is remarkable. You can rely on this magnet in terms of power in the long run. N35 magnets also offer a consistent magnetic field. This is what makes them suitable for a variety of applications.

Lower Weight

The weight of the N35 magnets is lower in comparison to the other magnets. This adds up to desirability when you need to employ such interests in lower-weight applications. Besides the lower weight, this magnet does not compromise magnetic strength.

Longevity

N35 magnets are reliable and durable. The higher resistance to demagnetization is what adds up to their life. You can use these magnets worry-free where you need consistent output operation.

Wide Temperature Compatibility

The temperature that these magnets can withstand is remarkable in comparison to other attractions in the market. N35 Magnet working is compatible at a wider range of temperatures. This will not affect the magnetic strength of this magnet.

Versatility

Application of the N35 magnet adds versatility to this type of magnet. You can employ it in motors, sensors, couplings, and even more. N35 magnet’s strength, compatibility, and longevity add up to the versatility of these magnets.

Key Applications of N35 Magnets

There are a plethora of applications that exist when it comes to the N35 magnets. Some of the key applications that you should consider include:

Electric Generator/Motors

In Electric motors and generators, the N35 magnets play a key role in setting up the magnetic field. This later assists in the conversion of electrical energy to mechanical energy.

Magnetic Closures

You can use N35 magnets as closures for bags, purses, or even cabinets. This will lead you to experience effortless fastening.

Magnetic Closure
Magnetic Closure

Magnetic Separation

For the recycling and mining industry, this application is crucial. You can use magnetic separation to isolate ferrous substances from non-ferrous ones.

Magnetic Seperation
Magnetic Seperation

Hard Drives

In hard drives, the N35 magnets play a key role in facilitating the writing or reading functions. They do so by controlling the positioning of the write/read heads.

Magnetic Resonance Imaging

N35 magnets assist in the generation of higher-resolution imaging through the creation of stronger magnetic fields.

Magnetic Resonance Imaging
Magnetic Resonance Imaging

Headphones and Loudspeakers

N35 plays an important role in creating crisp and clear sounds in loudspeakers and headphones.

Magnetic Bearings

You can use N35 magnets for precise positioning and frictionless support in magnetic bearings.

Renewable Energy

The N35 magnets are crucial in electric vehicles and wind turbines and assist in the generation of renewable and clean energy.

Medical Devices

Various medical devices, like hearing aids, insulin pumps, dental supplies, etc., contain N35 magnets for effective functioning.

FAQ’s

What Weaken a N35 Magnets?

There are a number of things that play a role in weakening the impact or influence of N35 magnets. These things include radiation exposure, hammering, and higher temperature operation.

What Factors Affect the Magnetism of N35 Magnets?

Different factors decide the end impact of the N35 magnets. These factors include:

  • Size of the Magnet
  • Proximity to external fields
  • Operating Temperature
  • Material Composition and Quality

You can tweak the above parameters to alter the influence of the N35 magnets.

Can Strong Magnetic Fields Be Harmful?

No, the magnetic fields are not harmful and do not possess any adverse impact on human life.

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