Sto-Shield Mesh AES
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Sto Anti Electro-Smog Systems Thermal Insulation and Crack-Resistance with Protection from Electro-Smog For StoTherm and StoRend Render systems Sto I Building with conscience.

The ‘Electro-Smog’ problem Who has not already heard about “electro-smog”: high-voltage power lines, radar, radio beacons, satellite, radio and television transmitters as well as mobile telephones. All of them produce electrical and magnetic fields or emit high frequency electromagnetic waves. ‘Electro-Smog’ features regularly in the media, whether as the latest health scare or accidents brought about by the interference of electro-magnetic waves. Scientists and leading experts across the world cannot agree on the exact nature of the dangers posed by electromagnetic fields (EMF), but they...

StoTherm and StoRend systems with Sto-Shield Mesh AES Thermal Insulation and Crack-Resistance plus protection from Electro-Smog • Protection through the Sto-Shield Mesh AES. • Applicable with StoTherm, StoRend and StoVentec Rainscreen-cladding systems • More than 99% reduction in high frequency irradiation11 StoTherm and StoRend render systems with Sto-Shield Mesh AES offer protection from electro-smog. The use of Sto-Shield Mesh AES results in highly efficient protection from electromagnetic high frequency rradiation. The mesh can be incorporated into the StoTherm Classic or StoTherm...

Sto systems with Sto-Shield Mesh AES System build up (shown on StoTherm system) • Slip-resistant, dimensionally stable glass fibre mesh. • With high tensile strength and a glaze resistant to alkali for the effective distribution and retention of tensile strength within the render. • Effective protection from electro-smog through woven in metal threads and the special conductive coating of • Achieves a damping of over 99% of the high frequency irradiation. • Reduces low frequency electronic alternating fields. • For the reduction of high frequency • For all StoTherm external wall nsulation...

O Sto-Shield Mesh AES with a bilateral Q Earthing via a copper cable (minimum cross section 6mm2) and provided with a closed, ring shaped cable lug. Cable should be connected to the starter track with stainless steel screws (min. M5, Q Connection of the copper cable by Q Thin or thick reinforcing layer. @ Embedding of the Sto-Shield Mesh Contact between the vertical mesh plinth rail is essential to ensure correct earthing.

StoTherm systems with Sto-Shield Mesh AES The application of the Sto-Shield Mesh AES is identical to that of a conventiona mesh. The only additional effort is After the plinth profile is fixed, a strip of Sto-Shield Mesh AES is laid into the plinth profile with a 15cm overlap either side. Afterwards the earth is prepared with the "Sto earthing base " approximately every 10m or in accordance with the detai The copper cable must be connected by a qualified electrician, in accordance with regulations, to the building earth. For this connection the plinth profile is joined via the earthing...

The rolls of the mesh need to overlap at mesh is cut in the area of any scaffold hooks, an additional strip of mesh has to be laid across that cut. In the area of building openings the Sto-Shield Mesh AES is laid into the whole area. Prior to this, diagonal mesh strips should be applied at building opening corners. Subsequently the mesh has to be cut accurately at the building openings. At the plinth the Sto-Shield Mesh AES should be cut off with a sharp knife at the underside of the plinth rail after it has been embedded. Take care that the strip of Sto-Shield Mesh AES laid into the plinth...

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