MU Metal,Magnetic Shielding Material,Mu Metal Lamination

MuMetal Bent Parts

Manufactured from 80% nickel Permalloy sheets via progressive stamping and precision bending, our miniature parts deliver tight dimensional tolerances, structural rigidity, and post-annealed magnetic stability, ideal for on-board shielding and space-constrained applications in sensors, RF modules, and implantable devices.

MuMetal Machined Parts

Manufactured from 80% nickel Permalloy via multi-axis CNC milling, turning, and wire EDM, our machined components combine exceptional structural stiffness with stress-relieved high-permeability magnetic shielding, serving as precision mounting bases and shielding frames in lithography systems, electron microscopes, and aerospace instrument cabins.

MuMetal Sheet Metal Components

Manufactured from high-nickel Permalloy sheets with precision fabrication and post-annealing to relieve cold-work stress, these components offer both mechanical strength and superior magnetic shielding, ideal for precision instruments, RF front-ends, aerospace electronics, and semiconductor manufacturing.

Nickel Based Mu Metal Shielding Box

Mu Metal Shielding box is a major protecting method in magetic fields, which obtains double actions: one is to prevent or reduce the electromagnetic interference from outer field, the other is to prevent or reduce the part's own electromagnetic field affecting any other relevant parts.

Soft Magnetic Permalloy Shielding Can

Permalloy Shielding cans are typically manufactured from high permeability Mu Metal and provide excellent low frequency magnetic field attenuation with low coercive forces.

NiFe-based Permalloy Clock Movement Stator

Made of NiFe based Permalloy, the featured clock movement stator is finely engineered with a high vacuum demagnetization process. Its robust construction ensures lasting durability.

High Metering Accuracy Current Transformer Mu Metal Core

The high permeability 80% nickel-iron, Mu Metal alloy is the material used in the manufacture of high metering accuracy (HMA) current transformer cores. Close control of the magnetic properties over a wide flux density range permits the most conomic design of the transformer for requirements in both ratio and phase angle error.

Nickel Based Mu Metal Shielding Case

Mu Metal Shielding case is a major protecting method in magetic fields, which obtains double actions: one is to prevent or reduce the electromagnetic interference from outer field, the other is to prevent or reduce the part's own electromagnetic field affecting any other relevant parts.

NiFe-based Mu Metal Shielding Tube for Current Transformer

Mu Metal shielding tube is a major protecting method in magetic fields, which obtains double actions: one is to prevent or reduce the electromagnetic interference from outer field, the other is to prevent or reduce the part's own electromagnetic field affecting any other relevant parts.

1J85 Mu Metal Strip with High Permeability

Mu Metal, a Nickel-Iron-Molybdenum alloy, provides high initial and maximum permeabilities with low coercive force, low hysteresis loss, low eddy-current losses, and low magnetostriction at low field strengths.