HF+LF / Shielding fabric SILVER-JERSEY / Width 150 cm / 1 linear meter
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58,74 EUR
Weight: 0,21 KG
Delivery time: 1 working day, plus parcel lead time
39,16 EUR per square meter
Cheaper seen? We underprice it!
You can order this product in measures of 0.1 linear meters. Please enter above e.g. 4.6!
This product is cut off a large roll according to customer specifications. A return is not possible!
Further product details on our catalog pages Here you find the shielding certificate: expert report
Order here the free samples of our fabrics
Characteristics
SILVER-JERSEY is a very elastic and lightweight cotton jersey fabric for the protection against high-frequency (HF) radiation and low-frequency radiation (LF). Typical application to sew articles of clothing (tshirts, underwear, etc.).
Special features: 1) This fabric shrinks on first washing, in the lenght by 7 % and in the width by 4 %, please consider this when sewing clothing! 2) The edges of this fabric are curling after cutting, sewing the edges prevents this! 3) Because this fabric contains silver threads, this fabric has antibacterial and wound healing effects on both sides.
- Good haptics and pleasant skin feel
- Antiseptic, smooth, breathable, absorbent
- Contactable (groundable) to shield LF electric fields
- Textile characteristics: Washable, easy to iron and process
- Quality grade: Normal
Technical data
- Width: 150 cm, +/- 2 cm
- Length: Available by the meter
- Attenuation: 35 dB at 1 GHz
- Color: Silverbeige
- Coloring: This fabric contains or consists of unprotected silver threads that can discolorate. This process is normal with silver, spots or stripes are no quality defect!
- Raw materials: 50 % cotton, 34 % polyester, 14 % silver, 2 % elastan
- Weight: 150 g/m²
- Surface conductivity: 2.0 ohm / inch (2.54 cm)
Shielding attenuation Care
Grounding
Due to the surface conductivity this fabric can be grounded to shield low frequency (LF) electric fields.
The shielding attenuation is regularly tested in our own laboratory or by Professor Dipl.Ing. Pauli at the University of the German Federal Armed Forces in Munich due to the standards ASTM D4935-10 and/or IEEE-STD-299-2006. The line in the diagram stands for the radial direction of polarisation (both directions, horizontal/vertical) and indicates the attenuation achievable in practice. You find the expert report above.