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The successful integration of composite structures into modern architectures offers an opportunity for significant weight reduction and improved corrosion resistance. However, the replacement of metal structural elements with composite materials removes much of the intrinsic electromagnetic (EM) shielding provided by the metallic structure.

To address this need, XBH Incorporated has developed its NanoShield™ concept, using carbon nanotubes and proprietary processing to impart electromagnetic shielding to composite structures. This process enables the fabrication of low-cost, high-strength composite parts which are inherently EMI shielding. NanoShield™ composites also offer the opportunity for low observability, since the primary shielding mode is by absorption, not reflection as with metals and conducting materials.

This discovery of the high shielding effect of nanotubes independent of bulk conductivity of the composite is the key to producing affordable, lightweight composite structure without greatly affecting the mechanical properties of the resin system. The result is a very effective EMI shield with low nanotube loading and minimum composite thickness



Electromagnetic interference shielding effectiveness of carbon
Electromagnetic Interference Shielding Characteristics of Sn-Al Powder Coating Layers
 


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