SILVER-TULLE is a semi-transparent strong silvered knit fabric for the protection against high-frequency (HF) and low-frequency radiation (LF). Typical application as net curtain, as room divider in laboratorys, medical practices, etc. and due to the highest washability to sew a bed canopy.
 
This fabric offers significant protection against high frequency radiation from mobile phone towers, WiFi, mobile phones and other wireless devices and also against low frequency electric fields.
 
Features: 
Due to its strong silvering SILVER-TULLE is very stable and does not lose its screening attenuation while washing or movement
Attenuation: 48 dB at 1 GHz
Color: Silver-beige
High transparency at very high screening attenuation
Contactable (groundable) to shield LF electric fields
Machine washable
Quality grade: Very high
Raw materials: 80 % nylon, 20 % silver
Weight: 40 g/m²
Dimension stability: +/- 1 %
Surface conductivity: 0.8 ohm / inch (2.54 cm)
 
Silver products
Silver products discolour with time and often already have discolorations right from the start. If you don’t want to accept discolorations, please choose Swiss-Shield® fabrics.
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.
 
Sizes and pricing:
Price is for each 100cm length x width of 130cm +/- 1-2cms
Discounts are available for orders over 10 metres in length, please contact us for a quote at hello@saferemf.com.au
 
Washing and Drying Care:
Gentle cycle at 30°C 
No ironing
No drying in tumble dryers
No bleaching
No chemical dry-cleaning
Wash only with our special washing detergent TEXCARE, without enzymes or bleaching agents
 
Installation:
Verify the levels before and after with an RF, AC electric field meter and body voltage meter
We recommend that the location, quantity and proper installation be determined by a trained EMF specialist like Safer EMF. This fabric will reflect Radio Frequency Radiation and improper installation or use could result in increased exposure.