Shielding paint MAX54 | RF screening attenuation against electrosmog up to 100 dB at 40 GHz | TÜV SÜD certified | developed for maximum shielding against electrosmog by 5G or WIFI 6

The MAX54 shielding paint from YSHIELD is the special development for maximum shielding. Simply sensational when EVERY single dB of shielding effectiveness counts! Developed with a focus on shielding technical applications (IT, cluster, cloud, …) and electrosensitive people. Up to 100 dB shielding effectiveness at 40 GHz (up to 99,99999999 % shielding effectiveness). TÜV SÜD certified!

MAX54 is a completely new development from YSHIELD with the aim of developing or inventing a shielding paint with the highest possible EMF shielding. Maximum shielding attenuation without compromising on any other topic like hardness, hardness or abrasion resistance. The only exception was ecology, which was clearly the second central focus around space. We are very pleased to be able to reach a worldwide unique level of shielding performance with this MAX54 shielding paint in 2020.

MAX54 is packed with technology in the form of a shielding paint when literally fighting for every single dB of shielding attenuation against RF. This maximum shielding performance without compromise inevitably brings with it limitations in the hardness and abrasion resistance of the shielding paint. However, these are negligible factors in terms of building biology, which can be largely eliminated with a further coat of our GK5 primer, e.g. the well-known colouring property of graphite.

To be considered with the application: Due to the sweet smell during application until complete drying, MAX54 should only be used in rooms which are not inhabited during application.

MAX54 is based on a high-quality pure acrylic binder and is breathable, solvent-free, plasticizer-free and low-emission. With outstanding physical and chemical properties and at the same time high ecology. MAX54 is frost-resistant for parcel shipment in winter as well as on pallets for truck, train and ship freight.

Shielding Paint MAX54 | Characteristics

The MAX54 shielding paint focuses on the shielding of technical applications (IT, clusters, cloud, …) as well as the effective help for electro-sensitive and electro-hypersensitive people. MAX54 is therefore ideal for the effective shielding of exposure to electrosmog from radio radiation and alternating electric fields. Radio pollution from mobile phones, mobile internet, WLAN incl. Wifi 6, DECT, GSM, LTE, 5G, etc. are shielded up to 63 dB (measured value at 1 GHz) which corresponds to an effectiveness of over 99.9999%. Three-layer shielding at 40 GHz achieves an unbelievable 100 dB shielding effectiveness! Electrical fields from domestic electricity (alternating current) are grounded extremely effectively and can be completely shielded up to 100%.

We generally recommend painting twice, but it is better to paint in three layers. The MAX54 shielding paint must be grounded!

• Effective RF shielding. Screening attenuation: Single layer MAX54 shields up to 49 dB, two layers up to 57 dB and three layers up to 64 dB at 1GHz. At higher frequencies up to 40 GHz incl. 5G, the shielding is significantly higher again, up to 100 dB.
• Substrate: Interior and exterior. Excellent adhesion on almost all substrates such as old coats of paint, plasterboards, wallpapers, plaster, concrete, styrofoam, wood, etc.
• Final coating: Preferably covered with plastic-bonded dispersion paints, silicate emulsion paints, façade paints or silicon resin paints. We do not recommend pure mineral paints (clay, chalk, pure silicate). You can find concrete recommendations on the technical data sheet. Due to its high tensile strength (at least 0.08 N/mm² according to ETAG 004 for WDVS), it can be applied directly under pure organic plaster, but not on mineral plaster!
• Grounding: Must be grounded! We recommend the self-adhesive grounding tape for indoor use and the AF3 additive and GE grounding plate for outdoor use. For crack bridging and a better grounding we advise our fiber additive AF3 with long conductive carbon fibers.

Documentation (.pdf)