9 different - VORTEX HIFI Nano Shield

The advantages of our Nano Shield technology

• Nanoparticle coating for unique umbrella properties
• Patented vacuum process for “fusing” the nanoparticles with the tissue
• Shielding effect up to an incredible 40 GHz
• Screen with absorber properties
• Potential vortex arm through AIO information
• source-free shielding
• floating shielding

Nanoparticle coating for unique umbrella properties

The VORTEX HIFI Nano Shield screen material is a screen fabric made of copper. In addition, nanoparticles were applied, which completely change the properties of the screen material.

While the uncoated material absorbs water immediately (right picture) and distributes it, a droplet of water does not penetrate into the nano-screen material (see left picture) even after hours and instead rolls off. The nano-coating has a completely different influence on the surface tension of the water droplet. This coating creates completely new electromagnetic properties that an umbrella fabric does not otherwise have.

Patented vacuum process for “fusing” the nanoparticles with the tissue

In order to achieve a higher nanoparticle density, the nanoparticles were “welded” onto the surface in a vacuum using a patented process. This leads to a permanent sealing of the surface and thus a permanently high shielding effect. Decreasing shielding properties, as in the case of metallized fabrics, are excluded.

Shielding effect up to an incredible 40 GHz

Screen fabrics usually have a maximum screening effect of up to approx. 4GHz. Thanks to the nano-technology surface treatment, the material was made completely impervious and has a high shielding effect up to an incredible 40 GHz.

Shielding effects from 80 to 120 dB

Our Nano Shield material can not only shield extremely high frequencies, but also has a high shielding effect of 80 to 120 dB - 85 dB on average.

Screen with absorber properties

Conventional foil screens reflect the radiation. Source: Vortex HiFi

Nano Shield fleece absorbs radiation through “infinite” reflection. Source: Vortex HiFi

One of the most unusual and outstanding properties of this nanoparticle material is definitely its absorber effect. The info graphics show the difference. The waves that hit the Nano Shield are reflected almost infinitely and thus finally absorbed - converted into heat. The energy that hits a foil or metallized screen reflects the energy. Disturbances can thus intensify.

Digital circuits, in particular, with their digital pulses ( RJ45 plugs, USB plugs, RCA 75 Ohm plugs ), generate extremely high-frequency harmonics. This is where Nano Shield technology can fully demonstrate its potential.

Potential vortex arm through AIO information

Every shield not only reflects electromagnetic waves but also disrupts them. This creates potential vortices, which Prof. Dr. Ing. Konstantin Meyl classifies as having a biological effect (and being detrimental to sound). Therefore, every shield has advantages and disadvantages. Through AIO (All-In-One) processing of the shielding material, these potential vortices are neutralized. This makes shielding without drawbacks possible for the first time.

Source-free shielding

Contrary to the usual practice in the hi-fi sector that the shield designs always represent a field source, the VORTEX HIFI Nano Shield is always designed without a source. This means that the screen does not act as a source of an electric or magnetic field or an electromagnetic wave. So there are no negative influences from the screen.

Ground-free shielding

The VORTEX HIFI Nano Shield is never connected to ground. Interference of up to 130 volts is present on the ground of a device – and this interference has frequencies extending well into the megahertz range. This means that sound-degrading fields, which affect the nervous system, are radiated – as described by Prof. Dr. Magda Havas in her Dirty Power studies . Furthermore, the device ground, through the use of "ground-shielded" products, acts as an antenna, allowing it to radiate these ground interferences as well.