MAXWEAR | Shielding fabric | Width 150 cm | 1 metre

MAX-WEAR™ is a compact cotton fabric

Properties

MAX-WEAR™ from Swiss-Shield® is a compact cotton fabric for the shielding of high-frequency electromagnetic fields (HF). Compared tp its predecessor WEAR with 3-times more silver threads for a maximum of attenuation. Typical application for sewing all articles of clothing. Not electrically conductive.

• Good haptics and pleasant skin feel
• Textile characteristics: Washable, easy to iron and process
• Quality grade: Very high

OEKO-TEX® STANDARD 100

If a textile article carries the OEKO-TEX® STANDARD 100 label, you can be certain that the article therefore is harmless for human health. In many cases the limit values for the STANDARD 100 go beyond national and international requirements. The criteria catalog is updated at least once a year and expanded with new scientific knowledge or statutory requirements. ZHYO070054  OEKO-TEX® Label Check

Swiss Shield® Shielding fabrics

This fabric is manufactured by Swiss Shield® in Switzerland with a patented, invisible high-tech yarn. At YSHIELD we value the constantly high quality of the fabrics – it’s not for nothing that we are the world´s largest Swiss Shield® distributor.

Technical data

• Width: 150 cm, +/- 2 cm
• Length: Available by the meter
• Attenuation: 44 dB
• Color: Ecru-White
• Raw materials: 70 % cotton, 28.5 % copper, 1.5 % silver
• Weight: 130 g/m²
• Dimension stability: +/- 3 %

Care instructions

• Gentle cycle at 30°C
• Iron without steam at degree 1
• No drying in tumble dryers
• No bleaching
• No chemical dry-cleaning
• Wash only with our special washing detergent TEXCARE, without enzymes or bleaching agents

Grounding

This product with an electrically isolated surface cannot be contacted or grounded.

Shielding attenuation HF & LF

This product shields high frequency electromagnetic fields (HF). Unless otherwise stated, the indicated dB-values apply to 1 GHz. Measurement from 600 MHz to 40 GHz according to standards ASTM D4935-10 or IEEE Std 299-2006.

This product contains electrically conductive parts on the inside which can neither be contacted nor grounded. That’s why individual areas do not shield low frequency electrical fields (LF). In case this product is used as a Faraday cage (complete shielding on six sides), there will be no low frequency electrical fields (LF) on the inside, which can be proven with a potential free measurement.