High Adhesive Force U-shaped Magnets

High Adhesive Force U-shaped Magnets
Details:
High adhesive force U-shape magnets. Features a brushed finish, corrosion resistance, and modern minimal design – perfect for showers, partitions, or commercial displays
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Description
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Product Overview & Application Scenarios

 

This tight tolerance high adhesive force u-shaped magnet is crafted from premium-grade neodymium, delivering exceptional magnetic strength and durability. Engineered for precision and stability, it features a corrosion-resistant nickel coating and superior demagnetization resistance. Its compact, open-slot design ensures optimal flux concentration, making it ideal for motor assemblies, magnetic sensors, and industrial fixtures. Reliable, efficient, and built for demanding environments, this industrial grade high adhesive force u-shaped magnet combines cutting-edge material technology with mechanical strength for versatile applications.

 

Application Scenarios

 

 

2.1 Industrial Automation and Fixture Positioning
Serves as a securing element in positioning fixtures and tooling systems.
Used for sensor activation, alignment, and magnetic holding in assembly lines.

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2.2 Electric Motors and Power Generation Systems
Applied for magnetic field guidance in stators and rotors of small motors.
Can be integrated into coil systems to enhance magnetic flux efficiency.

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2.3 Magnetic Sensing and Detection Devices
Suitable as a magnetic source for Hall sensors and proximity sensors.
Ideal for signal triggering in high-precision detection and feedback systems.

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Technical Specifications

 

Product Name

High adhesive force u-shaped magnets

Magnet Grade

N52 (Br ≥14.2 kGs, Hcj ≥12 kOe)

Dimension

L8x4x3mm

Dimensional Tolerance

+/-0.05

Operating Temperature

≤80°C (High-temp versions available)

Density

≥7.5 g/cm³

Surface Magnetic Field

3,500 Gs

Magnetic Flux

2.0 mWb (Fluxmeter-tested)

 

Surface Treatment & Coating Technology

Quality Control and Testing

All coated magnets are subjected to rigorous inspection and testing, including:

  • Coating thickness measurement
  • Adhesion and cross-hatch testing
  • Salt spray and humidity resistance tests
  • Visual and dimensional inspection

Customization and Application Matching

Surface treatment solutions can be customized based on:

  • Operating temperature and environment
  • Mechanical stress and assembly method
  • Industry-specific standards (automotive, medical, electronics, aerospaces

Through optimized surface treatment and coating technology, NdFeB magnets achieve enhanced durability, reliability, and performance consistency, meeting the stringent demands of modern industrial applications.

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After-Sales Service

 

Support for Demagnetization and Thermal Issues

Demagnetization risks often result from mismatches between magnet grade and real operating conditions.

We support customers by:

Evaluating whether observed performance loss is reversible or irreversible

Reviewing operating temperature profiles and magnetic circuit design

Recommending grade upgrades or design adjustments when necessary

This helps customers avoid unnecessary redesign cycles and field failures.

Precision Magnetics, Tailored for Performance.

◆ If you have any magnet-related needs, we offer free customized magnet services. Please feel free to contact us at any time.

 

FAQ

Q1. Should magnets be magnetized before or after assembly?

Post-assembly magnetization is preferred for complex assemblies to reduce handling risks and assembly forces, but it requires suitable fixtures and magnetizing equipment. Pre-magnetization is simpler but increases assembly difficulty and safety risks.

Q2. What risks exist when magnetizing thin or ring-shaped magnets?

Thin sections are more prone to cracking during magnetization due to mechanical stress and uneven field distribution. Ring magnets may suffer from incomplete or non-uniform magnetization if fixture design is inadequate.

Q3. How are Br, Hcj, and BHmax typically verified in production?

They are measured using hysteresis graphs (BH curve testers) on sample coupons, while flux consistency is often monitored using Helmholtz coils or flux meters for 100% or statistical inspection.

 

Contact Us

Phone/WhatsApp/WeChat: +86 13829120676
Email: lena@jinconn.com
Website: www.jinconnmagnet.com
Address: Xiaohe Industrial Zone, Daojiao Town, Dongguan City, Guangdong Province, China

 

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