Bamboo Elite sidepressed natural
Bamboo flooring from MOSO bamboo products
Product description
Concept
Solid wide board
MOSO Bamboo Elite is a floor board which is relatively long and wide (compared to other MOSO floors) and is made from three layers of solid bamboo. The middle layer of Bamboo Elite is pressed cross wise to maximise the stability.
technical characteristics
• Hardness: 4,0 kg/mm2 (Brinell)
• Shrink/swell: 0,14% per 1% change in moisture content
• Equilibrium MC: 10% at 20°C and 65% Rel. Air Humidity, 8% at 20°C and 50% Rel. Air Humidity
• Density: 700 kg/m3
• Fire class: EN13501-1: Cfl-s1
• Thermal conductivity: λ = 0,17 W / (m·K)
• Thermal resistance: R = 0,088 m2·K/W
• Emission formaldehyde: <0,124 mg/m3 (E1 norm)
Top layer (High density):
• Hardness: 9,5 kg/mm2 (Brinell)
• Shrink/swell: 0,14% per 1% change in moisture content
• Equilibrium MC: 3-4% (Darr-test) at 20 °C and 50-65% Rel. Air Humidity
• Density: 1050 kg/m3
MOSO Bamboo Elite is a floor board which is relatively long and wide (compared to other MOSO floors) and is made from three layers of solid bamboo. The middle layer of Bamboo Elite is pressed cross wise to maximise the stability.
technical characteristics
• Hardness: 4,0 kg/mm2 (Brinell)
• Shrink/swell: 0,14% per 1% change in moisture content
• Equilibrium MC: 10% at 20°C and 65% Rel. Air Humidity, 8% at 20°C and 50% Rel. Air Humidity
• Density: 700 kg/m3
• Fire class: EN13501-1: Cfl-s1
• Thermal conductivity: λ = 0,17 W / (m·K)
• Thermal resistance: R = 0,088 m2·K/W
• Emission formaldehyde: <0,124 mg/m3 (E1 norm)
Top layer (High density):
• Hardness: 9,5 kg/mm2 (Brinell)
• Shrink/swell: 0,14% per 1% change in moisture content
• Equilibrium MC: 3-4% (Darr-test) at 20 °C and 50-65% Rel. Air Humidity
• Density: 1050 kg/m3
More about this product
Part of the collection
BAMBOO FLOORING GRAND COLLECTION.
Manufacturer
MOSO bamboo products
Family
Bamboo Elite
Architonic ID
1201064
Similar products
Related Projects
This product has been archived. Product information may no longer be up to date.