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GLOBE AI6

For internal use in residential/commercial and industrial buildings

Product Description

Is a high performance insulation board  manufactured from CFC or HCFC free closed cell rigid polyisocynurate PIR foam.

It’s covered on both sides with a 60 μm embossed aluminum foil.

For internal use in residential/commercial and industrial buildings

Density of the foam: 35 ± 3.0 kg/m3

„Dimensions: width and length 1200 x 4000 mm

„Thickness: 20,5 mm and 30,5 mm

Main application: for the construction pre-insulated aluminum ducts for air distribution

Main characteristics and performance:

  • Insulating material density – ρ [kg/m3 ] EN 1602 – average value 35 ± 3.0 „

  • Average thermal conductivity: λ9090,I [W/mK] EN 13165 Annex A and C Value determined 10° C 0.021 „

  • Resistance against pressure: EN 13403. The duct resists at the maximum pressure of 3750 Pa „

  • Air leakage classification: EN 13403, EN 1507 . Globe duct constructed using bayonet profiles is in B class „

  • European fire reaction: Globe duct EN 13501-1, EN 11925-2, EN 13823 B s1 d0 – 20 and 30 mm

  • „ British fire reaction class: Globe board BS476: part 6:1989, 0 Class, BS476: part 7:1997, 1 Class, BS476: part 6/7, 0 Class „

  • Smoke toxicity: British Naval Engineering Standard NES 713 < 4.5 „

  • Release of dangerous substances: ISO 16000-9, ISO 16000-6 Available on request

  • Duct Dimensions 200 x 200 1 m Duct Dimensions 400 x 400 1 m Duct Dimensions 600 x 600 1 m Frequency Hz dB dB dB „

  • Rigidity class: EN 13403, „160.000 (R3)

  • Acoustic experimental values: dB EN ISO 7235; Insertion loss in octave band

 

  • Blowing agent EN 15804 OPD (ozone depletion potential) = 0 and GWP (global warming potential) does not include in CML; IA:2016

  • Tolerance [mm]: EN 13165; width and length ± 7,5 for 1200 mm; ± 10 for 4000 mm; thickness ± 0,7 mm

  • „ Stability to the temperature: Globe panels are used in a range of continuous temperatures normally included between -40° C and +110° C. Long exposures to the temperatures could cause deformations to the foam or to the coats, but without causing sublimation or fusion.

  • Aspect: prolonged exposure of the polyurethane foam to UV rays can cause surface oxidation, the phenomenon does not affect the basic characteristics and performance of the panel.

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