Zero Gauss Chambers
Zero Gauss Chambers
Precision Magnetic Shielding for Ultra-Low Field Environments
PML - Your Partner for Zero Gauss Shielding Solutions
We are able to achieve shielding factors ≥ 1,000,000, making these chambers ideal for the most demanding low-field applications.
Zero Gauss Ultra Low Field Chambers
Zero Gauss Chambers are advanced magnetic shielding enclosures designed to create near-zero magnetic field environments. These chambers are constructed from multiple concentric layers of high-permeability materials such as Ferro-Nickel or Ferro-Cobalt alloys. The materials act as a magnetic conduit, channeling magnetic flux within themselves and away from the protected interior.
Technical Specifications
1
Standard Chambers
Off-the-shelf availability; Predefined dimensions and shielding levels; Rapid deployment
2
Custom Chambers
Custom internal volume and layer thickness; Tuned for target attenuation and access needs; Optional: access ports, internal mounting frames, or pass-throughs
3
Design & Simulation Services
Magnetic simulation modeling; Optimization for size, layer count, and cost; Performance benchmarking and prototyping
Key Features
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Multi-layer construction for maximum attenuation
2
High shielding factors (SF ≥ 1,000,000)
3
Use of proprietary MuMETAL®, Co-NETIC®, and NETIC® alloys
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Modular design options with optional access ports
5
Custom sizing for specific test equipment or sensors
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Long-term field stability and repeatability
Applications
Zero Gauss Chambers are critical for environments that require the elimination or substantial reduction of magnetic interference, especially for precision testing and calibration:
1
National Laboratories
Magnetic field-sensitive material and particle research
2
Aerospace & Defense
Component testing, navigation system development
3
Research Institutions
Magnetic sensor calibration and material testing
4
Universities
Controlled academic experiments and demonstrations
5
OEMs
Testing and validation of magnetically sensitive devices or sensors
Frequently Asked Questions
Magnetic shielding does not eliminate magnetic fields, it redirects them using materials with high permeability. These materials offer a low-resistance path for the magnetic flux, effectively guiding the field around a protected space.
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