Ultra-Thin Through-Hole-ECFN
Aerobon ECFN series ultra-thin through-hole conductive foam is made by drilling pin holes on the polydolefin foam homogeneously before electroplating with copper/nickel layers. The material shows good conductivity and has smaller thickness tolerance. Die-cutting is easy. The thickness ranges from 0.1mm to 1.5mm.
Polyolefin foam is thin and light, easy for processing. After metallization, it can be applied to many application scenarios by simple die cutting or slicing, such as liner, I/O interface, etc.
Because the omni-conductive polyolefin foam is weak on tear resistant. It is recommended to combined with the conductive non-woven fabric adhesive tape to be used in tear resistant occasions.
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Product characteristic Low compressive deformation |
Product Application Electromagnetic shielding of high end equipment, medical, and telecommunication cabinet |
| Product Storage The recommended storage condition is room temperature and the humidity is less than 55%. The product should be kept away from fire, heat and direct sunlight. |
Product Configuration Die-cut to customized shape |
| PROPERTIES | Performance parameter | TEST METHOD |
|---|---|---|
| Thickness range | 0.3,0.5,0.7,1.0,1.5 | Thickness gauge |
| X-Y Shaft resistivity ohms/squre | 0.09 | ASTM F390 |
| Z Shaft resistivity ohms/squre | 0.013 | APM 130 |
| Shielding performance dB | ＞70 | ASTM D 4935 |
| Recommended compression ratio（%） | 15% | ASTM 3574 |
| Peel strength Kgf/cm² | ≥800 | ASTM D 1000 |
| Surface resistance Ω/Sq | ≤0.09 | ASTM F390 |
| Tensile strength Kgf/cm² | ≥8.0 | ASTM D 1000 |
| Wear resistance Times | >1,000,000 | ASTM 3886 |
| proper temperature（℃） | -20~70 | - |