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Novo Acoustics Dusty Fawn

Novo Acoustics Dusty Fawn
Novo Acoustics Dusty Fawn
Novo Acoustics Dusty Fawn
Novo Acoustics Dusty Fawn
Novo Acoustics Dusty Fawn
Novo Acoustics Dusty Fawn
  • Also Available As Vertical Blind Fabric
Novo Acoustics Dusty Fawn

Available Options

Description

Novo Acoustics Dusty Fawn - a flame retardant Roller & Vertical blind fabric with with extremely good acoustic properties for commercial application. PVC, halogen and antimony free finish with a textile appearance. Very good daylight utilisation in lighter colours glare control darker colours and good night privacy in all colours.

Fabric Main Features:

  • Colour - Mid to Deep Brown
  • Available Widths - Model 40775 - 240cm, Model 70583 - 89mm, Model 70683 - 127mm
  • Roll Length approx. - Roller 40m / 44yd, Vertical 150m / 164yd
  • Base Material - 100% Polyester (Trevira CS)
  • Weight approx. - EN12127 Standard: 155 g/m² / 4,6 oz/yd²
  • Thickness approx. - EN ISO 5084 Standard: 0.37mm / 0.015"
  • Openness Factor (OF) - EN14500 Standard: 0%
  • Flame Retardancy - B1 / M1 / C1 / NFPA701 / B-s1,d0 / NFPA 701
  • Sound Absorption - EN ISO 354 Standard:  αw = 0,45 | ASTM C423 Standard: NRC = 0,45
  • Light Fastness - EN ISO 105-B02 Standard: minimum 5-6
  • Tensile Properties - EN ISO 13934-1 Standard: Determination of max. force: warp: > 110 daN - weft: > 50 daN.  Elongation at max. force: warp: approx. 28% - weft: approx. 18%
  • Suitable For Moist Atmosphere - Yes
  • Manufacturing Guidance - to cut with cold knife
  • Care Instructions - spongeable

Classifications refer to EN 14501:2021 - 0 (very little effect), 1 (little effect), 2 (moderate effect), 3 (good effect), 4 (very good effect).

Specifications

Optical Performance
Visible Light Transmittance (Tv) 8%
Visible Light Reflectance (Rv) 21%
Visible Light Absorption (Av) 71%
Glare Control Classification 4
Night Privacy Classification 3
Visual Contact Classification 0
Daylight Utilisation Classification 1
Thermal Performance
Solar Radiation Transmittance (Ts) 23%
Solar Radiation Reflectance (Rs) 42%
Solar Radiation Absorption (As) 35%
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