Technical Textiles
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Technical Textiles – Highly conductive fabrics metallised with combinations of nickel, copper and silver to give a tactile, conformable EMI shielding solution. Available in rip-stop woven, non-woven and voile mesh. Twisted yarns and monofilament are metallised to give excellent performance for creating electrically conductive paths within technical textiles.
Woven Fabrics
These are available in both a basic plain weave (PW) which is strong and durable, and a rip stop weave (RS) that is reinforced to resist tearing.
| Product | Metals | Surface Resistance (ohms) | Average Shielding Effectiveness (30Mhz-10Ghz) |
|---|---|---|---|
| Bremen PW | Ag | < 0.3 | 60db |
| Bremen RS | Ag | < 0.3 | 60db |
| Bremen IR | Ag | < 0.5 | 60db |
| Kassel | Cu/Ag | < 0.03 | 80db |
| Nanking | Ni/Ag | < 0.3 | 60db |
| Nora PW | Ni/Cu/Ag | < 0.03 | 85db |
| Nora RS | Ni/Cu/Ag | < 0.03 | 85db |
| Nora LX PW | Ni/Cu | < 0.05 | 80db |
| Nora LX RS | Ni/Cu | < 0.05 | 80db |
| Nora Dell | Ni/Cu/Ag | < 0.009 | 95db |
| Nora Dell CR | Ni/Cu/Ag | < 0.009 | 95db |
| Zell PW | Sn/Cu/Ag | < 0.02 | 80db |
| Zell RS | Sn/Cu/Ag | < 0.02 | 80db |
| Zell CR PW | Sn/Cu/Ag | < 0.02 | 80db |
| Zell RS CR | Sn/Cu/Ag | < 0.02 | 80db |
Non-Woven Fabrics
Non-woven fabrics are made from long fibres and bonded together. Metals used are Silver (Ag), Copper (Cu), Nickel (Ni) and Tin (Sn) in various combinations. Additional available coatings provide solutions for corrosion protection, enhanced EMI shielding effectiveness, and/or environmental concerns.
| Product | Metals | Surface Resistance (ohms) | Average Shielding Effectiveness (30Mhz-10Ghz) |
|---|---|---|---|
| Basel | Ag | < 0.6 | 45db |
| Bern | Ag | < 1.0 | 50db |
| Bilbao | Ag | < 2.0 | 45db |
| Bonn | Ag | < 0.5 | 60db |
| Kiel +30 | Cu | < 0.02 | 80db |
| Nice | Ni/Cu/Ag | < 0.06 | 90db |
| Zeven +30 | Sn/Cu/Ag | < 0.05 | 90db |
Medical Fabrics
Medical fabrics are offered in various weights and textures including knits and elastic knits with single (SD) or double direction (DS) stretch as well as some woven forms. These fabrics are usually silver plated with 99% silver (Ag). Medical fabrics are available with an anti-tarnish coating (+B). Silver is a natural antimicrobial treatment that limits the infections from bacteria for human and veterinarian purposes.
| Product | Material |
|---|---|
| Medtex P70 | Ag knit w/elastic, 70g, DS |
| Medtex P70+B | Ag knit w/elastic, 70g, DS |
| Medtex P130 | Ag knit w/elastic, 130g, DS |
| Medtex P130+B | Ag knit w/elastic, 130g, DS |
| Medtex P180 | Ag knit w/elastic, 180g, SS |
| Medtex P180+B | Ag knit w/elastic, 180g, SS |
| Tulle | Ag knit mesh |
Technical Fabrics
Technical fabrics are conductive silver knitted fabrics with elastic that come in a single direction (SD) or double direction (DS) stretch. While these fabrics can be used in the same applications as medical fabrics, technical fabrics are generally used for applications that require a higher conductivity like smart wear. Applications include: sensors (vital signs, stimulation of nerves and muscles, etc.), EMI shielding and reflection.
| Product | Surface Resistance (ohms) |
|---|---|
| Techniktex P130+B | < 2 |
| Techniktex P180+B | < 2 |
Mesh Fabrics
Mesh fabrics are knitted mesh which are plated with silver (Ag), additional metals can be added for your custom application. Mesh fabric applications include but are not limited to: RF shielding for windows, medical garments, composite, antimicrobial purposes, resistance heating and automotive or aerospace applications where a light weight mesh is needed.
| Product | Surface Resistance (ohms) | Average Shielding Effectiveness (30Mhz-10Ghz) |
|---|---|---|
| 2611 | < 1.0 | 35db |
| Baltimore | < 1.0 | 60db |
| Mesh LX | < 0.1 | 50db (10MHz 3GHz) |
| Tulle | < 1.0 | 35db |
Smart Textiles
| Product | Surface Resistance (ohms) |
|---|---|
| Balingen | < 0.6 ? / m |
| Berlin RS | < 0.3 ? / m |
| Technik-Tex P130 +B | < 2 ? / m |
| Technik-Tex P180 +B | < 2 ? / m |
| Silitex | < 5 ? / m |
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