SILVER COTTON shielding fabric | ideal for production of canopies and curtains | RF screening attenuation against electrosmog up to 42 dB | groundable and does not discolour (stained) | Effective against 5G!

Special features of the SILVER COTTON shielding fabric

• High transparency at very high screening attenuation
• This product shields high frequencyFrequency is the number of occurrences of a repeating event per unit of time. It is a physical measurement that is important for describing periodic processes, such as vibrations. More electromagnetic fields (HF). The indicated dB-values apply to 1 GHz, view chart for other frequencies. Laboratory report ranging from 40/600 MHz to 40 GHz according to standards ASTM D4935-10 or IEEE Std 299-2006, view report above.
• This product with an electrically conductive surface shields low-frequency alternating electric fields (LF). For this purpose a groundingGrounding is an electrically conductive connection with the electric potential of the ground. More is necessary, i.e. an integration into the functional-equipotential bonding (FEB), please find suitable grounding accessories under “Grounding”.
• Silver fabrics have a limited durability, depending on the frequency of movement.
• Our silver fabrics do not contain any nano silver, but a thick metallic silver coating.
• High transparency at very high screening attenuation
• Contactable (groundable) to shield LF electric fields
• Textile characteristics: Washable, easy to process.
• Quality grade: High

Technical data of SILVER COTTON against HF and LF electrosmog

• Attenuation: 42 dB. Unless otherwise stated, the indicated dB-values apply to 1 GHz. Measurement from 600 MHz to 40 GHz according to standards ASTM D4935-10 or IEEE Std 299-2006.
• Width: 250 cm, +/- 2 cm
• Length: by the meter
• Color: Gray/Beige
• Raw materials: 82 % cotton, 14 % nylon, 4 % silver
• Weight: 67 g/m²
• Dimension stability: +/- 1 %
• Surface conductivity: 6 ohm / inch (2.54 cm)

This product with an electrically conductive surface shields low-frequency alternating electric fields (LF). Products with an electrically conductive surface has to be integrated into the functional-equipotential bonding (FEB).