News- Ningbo Jinlun Magnet Technology Co., Ltd.

28 Sep
2026

Halbach Array: How It Works, Benefits, and Custom NdFeB Magnet Solutions

A Halbach array is a magnetic arrangement that cancels the magnetic field on one side and concentrates it on the other side. It is not a special magnetic material; it is a pattern of magnetization d...
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22 Sep
2026

Neodymium Magnet Curie Point: Temperature Limits by Grade (N/M/H/SH/UH/EH/AH)

The Curie point of sintered neodymium magnets typically falls between 310-400°C (590-752°F), depending on the specific grade and composition. That figure sounds safely high until you realize that a ...
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14 Sep
2026

Halbach Arrays Explained: Benefits, Drawbacks, and Key Applications in Engineering

A Halbach array is a special arrangement of permanent magnets that concentrates the magnetic field on one side of the assembly while nearly cancelling it on the opposite side. For engineers evaluati...
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11 Sep
2026

Halbach Array Magnets Explained: Working Principle, Benefits, and Design

A Halbach array magnet is a deliberate arrangement of permanent magnets in which the magnetization direction of each segment rotates relative to its neighbor, concentrating the magnetic field on one...
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04 Sep
2026

1 T Halbach Array: Design, Materials, Manufacturing, and Applications Guide

A 1 T Halbach array is a permanent magnet arrangement that redirects magnetic flux to create a field of roughly 1 tesla on one side while cancelling it on the other. The result is a stronger, more c...
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24 Aug
2026

Neodymium Magnet Curie Temperature: 310–400°C and Real Operating Limits

The Curie temperature of a neodymium magnet lies between 310°C and 400°C, depending on the exact grade and rare-earth composition. That is the temperature at which the material completely loses its ...
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Halbach Array: How It Works, Benefits, and Custom NdFeB Magnet Solutions

Neodymium Magnet Curie Point: Temperature Limits by Grade (N/M/H/SH/UH/EH/AH)

Halbach Arrays Explained: Benefits, Drawbacks, and Key Applications in Engineering

Halbach Array Magnets Explained: Working Principle, Benefits, and Design

1 T Halbach Array: Design, Materials, Manufacturing, and Applications Guide

Neodymium Magnet Curie Temperature: 310–400°C and Real Operating Limits

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Halbach Array: How It Works, Benefits, and Custom NdFeB Magnet Solutions

Neodymium Magnet Curie Point: Temperature Limits by Grade (N/M/H/SH/UH/EH/AH)

Halbach Arrays Explained: Benefits, Drawbacks, and Key Applications in Engineering

Halbach Array Magnets Explained: Working Principle, Benefits, and Design

1 T Halbach Array: Design, Materials, Manufacturing, and Applications Guide

Neodymium Magnet Curie Temperature: 310–400°C and Real Operating Limits

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Product categories

Exhibition Information