YShield Silver Tulle is a semi-transparent anti-electromagnetic wave protection fabric made mainly of nylon, ideal for making anti-wave curtains or bed canopies. 48 dB attenuation at 1 GHz frequency (99,99%). The YShield Silver Tulle fabric protects against high frequency electromagnetic fields (3G, 4G, 5G mobile telephony, WiFi, Bluetooth, etc.). This fabric is made by YShield in Germany. Price indicated for one linear meter of product.

Properties, YShield Silver Tulle shielding fabric :

• Semi-transparent nylon fabric
• High screening attenuation
• Excellent cost/performance ratio

Technical data, YShield Silver Tulle shielding fabric :

• Width: 130 cm, +/- 2 cm
• Colour: Beige/Silver
• Content: 80% nylon, 20% silver
• Weight: 40 g/m²
• Dimension stability: +/- 1 %

Care instructions,YShield Silver Tulle shielding fabric :

• 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

This anti-electromagnetic wave fabric being cut on demand with each order, it cannot be returned or exchanged. Product sold by the linear meter, when ordering, in the shopping cart (quantity) indicate 1 for 1 linear meter, 2 for 2 linear meters,...

This anti-wave fabric can be grounded with the appropriate grounding kit and thus also protect against low-frequency electric fields.

This silver-based anti-electromagnetic wave fabric has a slight natural tendency to fade over time. This discoloration does not alter the fabric's protection against electromagnetic waves.

Our opinion on the YShield Silver Tulle shielding fabric:

The YShield Silver Tulle shielding fabric is the best anti-electromagnetic wave fabric that exists. The YShield Silver Tulle shielding fabric has the highest attenuation rate of high-frequency electromagnetic waves (5G, Wifi, ...) on the market. The YShield Silver Tulle shielding fabric can be grounded to also protect against the low-frequency electric field coming from the electric current.