Strong Stability Cube Magnets

Strong Stability Cube Magnets
Details:
Powerful strong stability cube magnets,N52 grade, perfect for science, crafting, and industrial use. Durable, anti-corrosion, and precision-made for long-term performance. Custom sizes available.
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Description
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Product Overview & Application Scenarios

 

 

This strong stability cube magnet combines compact size with exceptional strength, offering superior versatility in consumer electronics. Its cubic geometry ensures uniform magnetic distribution, easy integration, and stable alignment in miniaturized devices. Ideal for speakers, sensors, connectors, and precision assemblies, it supports sleek, space-saving designs while enhancing efficiency and reliability. Delivering high energy density in a small form factor, this cube magnet is an optimal solution for next-generation consumer products demanding both power and miniaturization.

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Technical Specifications

 

Product Name

strong stability cube magnets

Magnet Grade

N35 (Br ≥11.8 kGs, Hcj ≥12 kOe)

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)

 

Neodymium Magnet Knowledge

 

Rare Earth Neodymium-Iron-Boron Permanent Magnet, SH Grade

Core Performance Parameters:

Residual Induction (Br): ~1.1–1.3 T - Maintains excellent magnetic properties, delivering a strong and stable magnetic field.

Intrinsic Coercivity (Hcj): ≥ 18–20 kOe - Significantly enhanced resistance to demagnetization, adaptable to harsher environments.

Maximum Energy Product (BHmax): ~270–360 kJ/m³ - High energy density ensuring strong magnetic effect.

Maximum Operating Temperature: Up to 150 °C - Much higher than N, M, and H grades, suitable for high-temperature environments.

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Magnetization & Magnetic Circuit Matching

 

Purpose:
To explain how the magnet functions within the application, not just how strong it is.

Available magnetization options including axial, radial, diametrical, and multi-pole magnetization, selected based on application requirements

Controlled magnetic field distribution to ensure stable and predictable performance in the magnetic circuit

Engineering support for magnetic circuit matching in motors, sensors, fixtures, and other assemblies to improve flux utilization and system efficiency

Demagnetization risk control through proper grade selection, magnetization design, and magnetic circuit optimization

This capability distinguishes professional magnet manufacturers from commodity suppliers.

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Customization & After-Sales Support for NdFeB Magnets

 

Customization Capabilities

  • Customized magnet grades and temperature classes to match application requirements
  • Tailored geometry, dimensions, and tolerances
  • Application-specific magnetization modes (axial, radial, multi-pole, segmented)
  • Selection of surface coatings for corrosion resistance and environmental durability
  • Controlled magnetic performance to ensure consistency and repeatability

After-Sales Support

  • Ongoing technical support throughout the product lifecycle
  • Performance monitoring and application guidance after delivery
  • Root-cause analysis and corrective actions in case of quality issues
  • Support for design optimization and future product upgrades

 

FAQ

Q1. How is irreversible demagnetization tested in NdFeB magnets?

Irreversible demagnetization is evaluated by exposing magnets to elevated temperatures and external demagnetizing magnetic fields. Magnetic properties are measured before and after testing to quantify permanent flux loss and ensure compliance with application requirements.

Q2. How do you verify intrinsic coercivity (Hcj) stability?

Intrinsic coercivity is verified using hysteresis loop measurements conducted before and after thermal aging, temperature cycling, and magnetic field exposure to ensure long-term resistance to demagnetization.

Q3. How is magnetic aging performance evaluated?

Magnetic aging is assessed through long-term high-temperature storage tests, typically ranging from 500 to 1,000 hours. Magnetic flux loss is monitored periodically to confirm performance stability over the expected service life.

 

Contact Us

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

 

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