30×30 Mm Neodymium Magnet

About 30×30 mm Neodymium Magnet

The 30 × 30 mm neodymium magnet is one of the powerful permanent magnet types designed for industrial and technical applications where high magnetic field intensity is required. The product, with a magnetic flux density of 7000-8000 Gauss, can be used in various applications such as metal holding, fixing, positioning, separation, and detection.

Thanks to its 30 × 30 mm size, it can be integrated into machines, equipment, apparatus, and automation systems. Its neodymium-based structure allows for high magnetic performance in compact sizes.

General Features

• 30 × 30 mm size

• Neodymium magnet structure

• 7000-8000 Gauss magnetic flux density

• Strong permanent magnetic field

• Compact and practical structure

• Suitable for industrial applications

• Can be used in metal holding and fixing processes

• Suitable for magnetic separation systems

• Can be integrated into machines and automation systems

• Can be used in positioning and detection applications

Areas of Use

• Machine and equipment manufacturing

• Industrial automation systems

• Magnetic holding systems

• Metal part fixing

• Metal separation systems

• Apparatus and fixture applications

• Sensor and detection systems

• Mechanical assembly applications

• Production lines

• Metal processing machines

• Magnetic positioning systems

• Covers and locking mechanisms

• Industrial equipment manufacturing

7000-8000 Gauss Magnetic Field Density

The 7000-8000 Gauss value of the 30 × 30 mm neodymium magnet expresses the magnetic flux density obtained under specific measurement conditions. This value corresponds approximately to 0.7-0.8 Tesla levels.

The Gauss value does not directly indicate the pull capacity of the magnet in kilograms. The actual pull force may vary depending on the thickness of the magnet, the neodymium grade, geometry, the metal surface contacted, surface thickness, and the distance between the magnet and the metal.

Neodymium Magnet Structure

Neodymium magnets are magnetic materials based on neodymium-iron-boron used in the production of strong permanent magnets. Thanks to their high magnetic performance, they help create more compact solutions in applications where large volume magnets cannot be used.

The structure of 30 × 30 mm can be used in various systems where magnetic force is needed, from industrial machines to automation equipment.

Metal Holding and Fixing Applications

The product can be used in systems where ferromagnetic metal parts need to be held or fixed in a specific position. It can be considered as an auxiliary magnetic holder in apparatus, fixtures, machine covers, mechanical setups, and production equipment.

When suitable mounting and surface conditions are provided, it creates a strong magnetic interaction on the contacted metal surface.

Magnetic Separation Applications

The 30 × 30 mm neodymium magnet can be used as a component of properly designed magnetic separation systems. It can help separate ferromagnetic metal parts from other materials in production lines or material processing applications.

Use in Automation and Detection Systems

Neodymium magnets can be used not only for holding purposes but also in contactless detection and positioning systems where magnetic sensors are used. They can be evaluated in applications such as detecting the position of moving parts within machine automation, limit control, or tracking different mechanical movements.

Technical Specifications

Highlighted Advantages

• 7000-8000 Gauss magnetic flux density

• Strong magnetic performance in compact sizes

• Integration possibility with different systems with 30 × 30 mm size

• Usability in holding and fixing metal parts

• Usability in magnetic separation systems

• Suitability for machine and automation applications

• Usability in sensor and contactless detection systems

• Adaptability to apparatus and fixture applications

• Usability for different purposes in industrial production lines

• Permanent magnetic properties

Shipping and Delivery Information

• Since neodymium magnets have a strong magnetic interaction, they should be packaged in a way that prevents them from hitting each other uncontrollably during transport.

• Protective packaging and separating materials should be used to prevent the products from suddenly sticking to metal surfaces.

• It is recommended to keep them at a suitable distance from electronic devices and sensitive equipment that may be affected by the magnetic field.

• After delivery, it is recommended to check the magnets for surface, crack, breakage, and coating damage.