Common magnetic resonance shielding materials
Release time:
2025-03-20
Advantages: High performance fiber material with excellent chemical corrosion resistance and high temperature resistance, excellent electrical insulation performance and magnetic field shielding effect.
Teflon material:
Advantages: High performance fiber material with excellent chemical corrosion resistance and high temperature resistance, excellent electrical insulation performance and magnetic field shielding effect.
Disadvantage: Relatively high cost.
Application: Commonly used for shielding high-end magnetic resonance equipment.
Steel plate material:
Advantages: Commonly used building materials, low cost, easy to process, multi-layer steel plate structure can form a good magnetic field shielding effect.
Disadvantages: The weight is relatively large, and structural reinforcement needs to be considered during construction.
Application: Widely used in the shielding construction of magnetic resonance equipment rooms.
All copper shielding material:
Composition: Mainly composed of copper plate, copper mesh, copper foil, and special conductive adhesive.
Features: It can prevent electromagnetic wave interference in the MHz-10GHz range, has good corrosion resistance, oxidation resistance, conductivity, and strong anti-interference ability.
Application: Mainly used for the decoration of fully copper shielded rooms in magnetic resonance equipment rooms, ensuring signal stability and safety inside the equipment.
Electromagnetic shielding corrugated board:
Features: The special corrugated structure can achieve reflection and absorption of electromagnetic waves, with good shielding effect.
Application: Commonly used in the main channels of electromagnetic wave penetration such as doors and windows in computer rooms, effectively shielding electromagnetic waves.
3、 Material selection suggestions
Select appropriate shielding materials based on the specific requirements and budget of magnetic resonance equipment.
Comprehensively evaluate the shielding performance, corrosion resistance, mechanical properties, and cost-effectiveness of the material.
During the construction process, pay attention to the installation and reinforcement of materials to ensure shielding effectiveness and equipment stability.
In summary, in fields such as magnetic resonance shielding, selecting appropriate materials is key to ensuring equipment performance, safety, and operational environment stability. The above content is for reference only, and the specific selection needs to be comprehensively considered based on the actual situation.
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