High-Performance Neodymium Block Magnets for Industrial & OEM Applications
We are your reliable partner for Strong Neodymium Block Magnets. We provide ISO 9001 and RoHS certified manufacturing, massive in-stock inventory (N28 to N55 Grades), and direct-from-factory pricing. We engineer solutions for the most demanding applications in automotive, medical, aerospace, and consumer electronics.
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Neodymium Block Magnet Engineering Data
How to Choose the Right Block Magnet Grade? (Strength vs. Temp)
A escolha da classe ideal consiste em encontrar o equilíbrio certo entre força magnética, custo e resistência ao calor.
- Neodymium Block Magnet Strength Grades: N55 offers highest force in a small size. N35 provides the best cost-performance for holding applications.
- Neodymium Block Magnet Heat Grades: Standard 'N' grades demagnetize above 80°C. For automotive, motor, or industrial sensors, you MUST use high-temp grades (e.g., M, H, SH, UH). Contact our engineers to validate your thermal requirements.
How to Choose the Right Block Magnet Coating
Iron in rectangular Neodymium magnets rusts easily, so a protective coating is essential. Here is a simple guide to help you choose block magnet plating.

Ímãs em bloco niquelados (Ni-Cu-Ni)
Ideal para: Uso interno em ambientes secos, como escritórios, escolas e residências.

Epoxy Coated Block Magnets
Ideal para: Ambientes externos, úmidos e marinhos.

Gold Plated Block Magnets (Au)
Ideal para: Implantes médicos, dispositivos de uso permanente e equipamentos científicos de alta tecnologia.

Rubber Coated Block Magnets
Ideal para: Uso externo, montagem em veículos e proteção de superfícies delicadas.

Ímãs de Bloco Zincados (Zn)
Ideal para: Uso automotivo ou áreas secas com risco de arranhões.

Black Nickel Plated Block Magnets (Ni-Cu-Black Ni)
Ideal para: Usos discretos ou decorativos que exigem um acabamento preto elegante.

PTFE Coated Block Magnets (Teflon)
Ideal para: Laboratórios médicos, indústrias químicas e aplicações com baixo atrito.

Plastic Coated Block Magnets
Ideal para: Aplicações à prova d'água, prevenindo arranhões em superfícies delicadas.
Especificações técnicas: Magnetização e tolerâncias
Neodymium Block Magnet Tolerances: Our standard tolerances are determined by the dimension:
- Dimensões acima de 10 mm: +/- 0,1 mm
- Dimensões de 10 mm ou menos: +/- 0,02 mm
Neodymium Block Magnet Magnetization Directions: 90% are Axially magnetized(Thickness). Through Width, Length and Diametric magnetization and Multi-pole polarization are available for custom sensors.
Your Quality & Supply Chain Partner for Neodymium Block Magnets.
We are not just a Neodymium Block Magnet supplier; we are a partner. Our quality systems ensure your production line never stops.

Compatível com RoHS e REACH Co
Beyond Manufacturing: Custom Neodymium Block Magnet Engineering
We don’t just build magnets; we design them for your success. As your direct factory partner, we create the perfect NdFeB Block magnet for your application.
- Application-Driven Design: We create drawings based on your specific use case.
- Expert Recommendations: We help you choose the ideal grade, coating, and magnetization. Guaranteed Quality: ISO 9001 certified, RoHS & REACH, 100% inspection.
What Are Neodymium Block Magnets?
Neodymium Block Magnets, also known as rectangular or cuboid magnets, are permanent magnets with a rectangular profile, including specific shapes like cube magnets and bar magnets. As a type of NdFeB magnet, they are sintered from an alloy of Neodymium, Iron, and Boron, making them the most powerful permanent magnets.
- High holding force over a large, flat contact area.
- Uniform magnetic fields for linear actuators and sensors.
- Easy integration into structural assemblies, channels, and fixtures.
Neodymium Block Magnets Applications
Neodymium block magnets excel in applications demanding high strength, structural stability, and deep magnetic field projection. They are the workhorses of industrial automation, used in heavy-duty lifting, separation, and clamping systems, and are fundamental to motion control in linear motors and large-scale generators. Their simple geometry also makes them ideal for creating powerful holding devices, mounting solutions, and complex scientific instruments like Halbach arrays, positioning them as a cornerstone of modern engineering and manufacturing.
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