Low-frequency magnetic shielding (MuFerro™ 6800)低頻磁屏蔽
We has developed a new material for shielding / screening low frequent magnetic fields. These fields are generated by installations in which high currents flow, for example transformer rooms, power lines, busbar systems and nearby high-voltage cables.
我們已經開發了一個新材料用于屏蔽/保護低頻磁場。這些場的產生通過安裝在高電流場所，例如變壓器室，電源線，母線系統和高壓電纜附近。
Indoor transformer rooms室內變壓器室
Indoor transformer rooms室內變壓器室
The frequency of these magnetic fields is typically 50/60 Hz
這些磁場的頻率是典型的50/60 Hz
But the MuFerro material is suitable for magnetic shielding in frequency ranges from 10 Hz to 100 KHz.
但鉬-鐵氧體材料適合用于磁屏蔽，頻率范圍從10 Hz到100 KHz.
Customer Benefits顧客利益
- Cost-effective solution 物有所值的解決
- Up to 95% field-strength reduction and more 可達95%的場強減少和更多
- Flexible design 靈活的設計
- Measurement report 測量報告
- 10-year guarantee 10年保證
MuFerro combines permeable and satiety characteristics which makes it extremely suitable for screening low-frequent magnetic fields.
鉬-鐵氧體結合有滲透性和飽和性特點使得它非常適合于屏蔽低頻磁場。
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Magnetic field strength measurement磁場強度測量 |
MuFerro鉬鐵氧體™ 6800 wall shielding墻屏蔽 |
Why use magnetic shielding/screening?為什么使用磁屏蔽/保護？
Magnetic fields pose a serious threat to human health and wellbeing. Scientific research has shown that exposure to magnetic fields of > 300nT or 0,003 Gauss increases one's chance of developing leukemia significantly. Moreover there are numerous other health symptoms that are associated with exposure to magnetic fields, e.g. headaches, depression, and insomnia. For this reason many countries have made the recommendation that for working spaces exposure should be < 0.5 μT=500 nT and for public spaces it should be < 0.1 μT=100nT.
Apart from their negative impact on health, strong magnetic fields can disturb or damage electronics in the direct surroundings of the field. In addition, magnetic fields disturb sensitive measurements in hospitals and laboratories.
磁場提出了一個嚴肅威脅對于人類健康和幸福。科學研究已經顯示了暴露到300nT或0.003 Gauss的磁場增加一個人發展成白血病的機會，這是值得注意的。而且有許多其它的健康狀況與暴露到磁場有關，例如頭痛，抑郁，和失眠等。因為這個原因許多國家已經做出勸告，工作場所暴露應該是< 0.5 μT=500 nT和對于公共場所它應該是 < 0.1 μT=100nT.除去它們在健康方面的負面影響，在直接的場環境里強磁場能干擾或損壞電子設備。另外，磁場干擾敏感性測量在醫院和實驗室里。
