All of our EMI shielding gaskets can be provided with these special fabrics.
Standard covering of gaskets
Our standard EMI shielding gaskets can be supplied with an Amucor (aluminum alloy) cover or with an electrically conductive textile cover. However, for some applications it is necessary to cover the gasket with a special conductive cover.
Alternatively, we can also supply our EMI shielding gaskets with a copper conductive fabric (copper colour) or a copper nickel conductive fabric (black).
EMI shielding gaskets with a copper conductive fabric (copper colour) or a copper nickel conductive fabric (black)
EMI shielding gaskets with a copper conductive fabric (copper colour) or a copper nickel conductive fabric (black)
Copper / Nickel conductive fabric
| Properties (23 °C, 50% RH) | Value (nominal) | Unit | International standard (HEC test method) |
| Mass per unit area | 70 | g/m2 | ISO 9073-1 |
| Thickness | 0,08 | mm | ISO 9073-2 |
| Fabric Density | 260 | ||
| Shielding effectiveness | 60 dB | From 10 MHz To 3 GHz | |
| Surface Resistivity | < 0,05 | ||
| Fire Point | 250 °C | ||
| Composition | Basic Polyester Copper and Nickel | ||
Copper conductive fabric
| Properties (23 °C, 50% RH) | Value (nominal) | Unit | International standard (HEC test method) |
| Mass per unit area | 75 | g/m2 | ISO 9073-1 |
| Thickness | 0,08 | mm | ISO 9073-2 |
| Fabric Density | 230 | ||
| Tensile stength | 51 | N/cm | ISO 9073-3 |
| Shielding effectiveness | >60 dB | From 10 MHz To 3 GHz | |
| Surface Resistivity | < 0,05 | ||
| Fire Point | 250 °C | ||
| Composition | Basic Polyester Copper | ||
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