Newco Inc. Demagnetizers: Solutions for Magnetic Particle Inspection

Understanding Demagnetizers

Demagnetizers are essential tools in the non-destructive testing (NDT) industry, specifically designed to eliminate residual magnetism from ferromagnetic materials. This process is crucial for ensuring accurate results during magnetic particle inspections, where any magnetic interference can lead to false indications of defects.

There are various types of demagnetizers, including portable and stationary models, each suited for different applications. For instance, table-top demagnetizers like the Magnaflux S-1212 and S-66 are ideal for laboratory settings, while larger models, such as the SB-1416 and SB-2824, are designed for industrial use, providing efficient demagnetization for larger components.

Benefits of Using Demagnetizers

Utilizing demagnetizers enhances the reliability of magnetic particle testing by ensuring that components are free from unwanted magnetism. This not only improves the accuracy of inspections but also extends the lifespan of testing equipment by preventing magnetic build-up that could lead to equipment failure.

In addition to improving test accuracy, demagnetizers also contribute to safety in the workplace. By removing residual magnetism, they help prevent accidents that could occur due to magnetic attraction of ferrous materials, making the work environment safer for technicians and operators.

Choosing the Right Demagnetizer

Selecting the appropriate demagnetizer depends on several factors, including the size of the components being tested and the specific requirements of the inspection process. Users should consider whether they need a portable model for on-site testing or a stationary unit for a laboratory setting.

Additionally, it is important to evaluate the power and efficiency of the demagnetizer. Higher power units may be necessary for larger or heavily magnetized components, while lower power options may suffice for smaller items. Consulting product specifications and user reviews can aid in making an informed choice.

Maintenance and Care for Demagnetizers

Proper maintenance of demagnetizers is crucial to ensure their longevity and effectiveness. Regular cleaning and inspections can prevent dust and debris from affecting performance, while routine checks of electrical components can help identify potential issues before they become significant problems.

Furthermore, users should follow the manufacturer's guidelines for operation and storage. Keeping demagnetizers in a dry, temperature-controlled environment can help maintain their functionality, while avoiding exposure to extreme conditions will prolong their service life.

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Newco Inc. Demagnetizers: Solutions for Magnetic Particle Inspection

Magnaflux S-1212 Table-top Demagnetizer

Magnaflux S-66 Table-top Demagnetizer

Magnaflux SB-1416 Demagnetizer

Magnaflux SB-2824 Demagnetizer

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Understanding Demagnetizers

Benefits of Using Demagnetizers

Choosing the Right Demagnetizer

Maintenance and Care for Demagnetizers

Understanding Demagnetizers

Benefits of Using Demagnetizers

Choosing the Right Demagnetizer

Maintenance and Care for Demagnetizers

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Radiography

Liquid Penetrant

Mag Particle

Ultrasonic

Eddy Current

Newco Inc. Demagnetizers: Solutions for Magnetic Particle Inspection

Magnaflux S-1212 Table-top Demagnetizer

Magnaflux S-66 Table-top Demagnetizer

Magnaflux SB-1416 Demagnetizer

Magnaflux SB-2824 Demagnetizer

"Service-Disabled Veteran Owned Small Business"

Popular categories

Product categories

Useful links

Understanding Demagnetizers

Benefits of Using Demagnetizers

Choosing the Right Demagnetizer

Maintenance and Care for Demagnetizers

Understanding Demagnetizers

Benefits of Using Demagnetizers

Choosing the Right Demagnetizer

Maintenance and Care for Demagnetizers