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Moso X-treme Outdoorprodukte 2020

  • Text
  • Density
  • Gartenbank
  • Outdoormoebel
  • Zaun
  • Sichtschutz
  • Bambusterrasse
  • Terrasse
  • Hauswand
  • Fassadenverkleidung
  • Fassadenprofil
  • Hartholz
  • Thermobambus
  • Bambus
  • Terrassendielen
Terrassendielen, Fassadenverkleidung, Sichtschutzelemente aus Thermo-Bambus.

MOSO® Bamboo

MOSO® Bamboo X-treme® Testergebnisse Durability of MOSO Bamboo X-treme, Heat Treated Strand Woven Bamboo: resistance against soft-rotting micro fungi according to CEN/TS 15083-2 Report code: 17.0083-C Date: 29 March 2017 Page: 8/14 GARANTIE J A H R E Die Table hohe 3. Median Qualität mass loss von and x-value MOSO® of MOSO Bamboo X-treme, X-treme® Heat Treated wurde Strand Woven aufwändig Bamboo, von einem anerkannten Forschungsinstitut geprüft. Das vollständige Testergebnis ist auf Anfrage bei MOSO® Wood species erhältlich. / Nur MOSO® x-value kann garantieren, x-value dass Sie das originelle, einzigartige product after 12 and 26 weeks soil exposition. Mass loss 12 weeks 26 weeks related to Beech Related to Pine Mass loss Bamboo X-treme® Produkt erhalten. Kopien vom Original besitzen nicht die gleichen (%) [-] [-] (%) hochwertigen Reference Pine Eigenschaften 31.1 in Bezug - auf Dauerhaftigkeit, - 43.5 Stabilität und Ökologie. Bei Reference Beech 21.1 - - 44.8 der Verwendung von Produktkopien besteht ein erhöhtes Risiko für Reklamationen! Reference Azobé 0.7 0.03 - 3.4 Fragen Reference Sie Merbau daher nach 0.7 den originalen, 0.03 zertifizierten - MOSO® 2.7 Bamboo X-Treme® Produkte! Bamboo board 1 0.3 0.02 0.01 2.5 Bamboo board 2 0.7 0.03 0.02 2.7 Bamboo board 3 0.8 0.04 0.03 2.9 Bamboo board 4 0.6 0.03 0.02 2.7 Durability of MOSO Bamboo X-treme, Heat Treated Strand Woven Bamboo: Total Bamboo 0.6 0.03 0.02 2.7 resistance against soft-rotting micro fungi according to CEN/TS 15083-2 Durability class 1 1 Report code: 17.0083-C Date: 29 March 2017 Page: 8/14 According to EN 350, the durability class is determined based on the x-value. To calculate the x-value, Table 3. Median mass loss and x-value Durability of MOSO of het treated Bamboo strand X-treme, woven Heat bamboo: Treated Strand resistance Woven against Bamboo, the median mass loss or the test species is compared to the median mass loss of the Beech or Pine after 12 and 26 weeks soil degradation exposition. by Basidiomycetes according to EN 350 and CEN/TS 15083-1 references. Hardwoods are compared to Beech, Softwoods are compared to Pine. As Bamboo is neither softwood nor hardwood a comparison is made 12 weeks with both reference wood species Pine 26 weeks Report code: 17.0083-B Date: 29 March 2017 Page: 8/14 sapwood Wood species and Beech. / x-value x-value Mass loss Mass loss Based product on the mass loss found and the comparison related to Beech to Beech and Pine, Related the tested to Pine MOSO Bamboo X- 3.2 CEN/TS 15083-1 and EN 350 treme, Heat Treated Strand Woven (%) Bamboo, can be classified [-] in durability class [-] 1 when using the (%) method The Reference median described Pine mass in loss EN of 350. the samples 31.1 as a result of the - exposition to each of - the fungi is given 43.5 in MOSO Table Reference 5. Bamboo The Beech individual X-treme, values Heat are Treated 21.1 given Strand in Annex Woven 2. Bamboo, - performs comparable - to Azobé 44.8 and Merbau. Reference Little Azobé variance is found between 0.7 the different 0.03 boards. - 3.4 Table Reference 5. Mass Merbau loss and of Heat Treated 0.7 Strand Woven Bamboo 0.03 - 2.7 Bamboo board 1 0.3 0.02 0.01 2.5 Coniophora Gloephyllum Poria Coriolus Donkioporia Bamboo board 2 0.7 0.03 0.02 2.7 puteana trabeum placenta versicolor expansa Bamboo board 3 0.8 0.04 0.03 2.9 batch A 0.7% Durability 1.2% of het treated strand 1.5% woven bamboo: 2.0% resistance against 1.1% Bamboo board 4 0.6 0.03 0.02 2.7 batch B 0.2% degradation 0.3% by Basidiomycetes 0.8% according to 2.3% EN 350 and CEN/TS 1.1% Total Bamboo 0.6 0.03 0.02 2.715083-1 batch C 0.7% 1.4% 0.4% 1.4% 1.1% Durability class 1 1 Report ALL samples code: 17.0083-B 0.5% 1.0% Date: 29 March 0.8% 2017 2.0% 1.1% Page: 8/14 Durability class 1 - 1 1 1 According 3.2 CEN/TS to 15083-1 EN 350, the and durability EN 350 class is determined based on the x-value. To calculate the x-value, According to EN 350, the durability class is calculated based on the mass loss obtained with the the The median mass loss or of the test samples species as is a compared result of the to exposition the median to mass each loss of the of fungi the Beech is given or Pine fungus resulting in the highest median mass loss. For all fungi the mass loss is less than 5%. This references. Table 5. The Hardwoods individual values are compared given to in Beech, Annex Softwoods 2. are compared to Pine. As Bamboo is implies that, when using the EN 350 to determine the durability, MOSO Bamboo X-treme, Heat neither softwood nor hardwood a comparison is made with both reference wood species Pine Treated Strand Woven Bamboo can be classified in durability class 1. sapwood and Beech. Table 5. Mass loss and of Heat Treated Strand Woven Bamboo Based on the mass loss found and the comparison to Beech and Pine, the tested MOSO Bamboo X- treme, Heat Treated Strand Coniophora Woven Bamboo, Gloephyllum can be classified Poria in durability Coriolus class 1 when Donkioporia using the method described in EN puteana 350. trabeum placenta versicolor expansa MOSO batch Bamboo A X-treme, 0.7% Heat Treated Strand 1.2% Woven Bamboo, 1.5% performs comparable 2.0% to Azobé 1.1% and Literature Merbau. batch B Little variance is 0.2% found between the 0.3% different boards. 0.8% 2.3% 1.1% EN batch 84 1997: C Wood preservatives 0.7% - Accelerated 1.4% ageing of treated 0.4% wood prior 1.4% to biological testing 1.1% - ALL samples Leaching procedure. 0.5% 1.0% 0.8% 2.0% 1.1% EN Durability 113 1996/A1:2004: class Wood 1 preservatives -– Test method for 1 determining the 1 protective effectiveness 1 against wood destroying Basidiomycetes – determination of toxic values. EN According 350-1 1994: to EN Durability 350, the durability of wood and class wood-based is calculated products based on – Natural the mass durability loss obtained of solid with wood the – Part fungus resulting 1: Guide in to the the highest principles median of testing mass loss. a classification For all fungi of the the mass natural loss durability is less than of wood. 5%. This EN implies 350 that, 2016: when Durability using of the wood EN 350 and to wood-based determine the products durability, - Testing MOSO and Bamboo classification X-treme, of the Heat durability Treated Strand to biological Woven agents Bamboo of wood can be and classified wood-based in durability materials class 1. CEN/TS 15083-1 2005: Durability of wood and wood-based products - Determination of the natural durability of solid wood against wood-destroying fungi, test methods - Part 1: Basidiomycetes Dauerhaftigkeit nach EU- Normen CEN/TS 15083-2 (ENV 807) / EN 350 Klasse 1 sehr dauerhaft Dauerhaftigkeit CEN/TS 15083-1 (EN 113) / EN 350 Klasse 1 sehr dauerhaft Resistenz gegen oberflächlichen Pilzbefall EN 152 Klass 0 wenig empfindlich gegen oberflächlichen Pilzbefall DE-2020 20 Literature EN 84 1997: Wood preservatives - Accelerated ageing of treated wood prior to biological testing - Leaching procedure. EN 113 1996/A1:2004: Wood preservatives – Test method for determining the protective effectiveness

Härter und dauerhafter als nahezu alle anderen Harthölzer Dauerhaftigkeitsklasse Klasse 1 (EN 350 (CEN/TS 15083-2 / CEN/TS 15083-1) 5 4 3 2 1 MOSO® Bamboo X-treme® Ipé Bangkirai Eiche Faserbambus Fichte Bereich der Dauerhaftigkeit Brinellhärte 9,5 kg/mm 2 (EN 1534) 0 2 4 6 8 MOSO® Bamboo X-treme® Ipé Merbau Buche Eiche Iroko Walnuss Birke Fichte Gebrauchsklasse 1. sehr dauerhaft 2. dauerhaft 3. mäßig dauerhaft 4. wenig dauerhaft 5. nicht dauerhaft 1 Innenbereich o o o o o 2 feuchter Innenbereiche 3 Außenbereich, ohne Erdkontakt 4 Erd- / Süßwasserkontakt o o o (o) (o) o o (o) (o)-(x) (o)-(x) o (o) (x) x x 5 Meerwasser (x) (x) x x o (o) (o)–(x) (x) x Carbon Footprint (CO 2 eq) per kg final product Carbon Footprint (CO 2 eq) per kg final product Carbon Footprint (CO 2 eq) per kg final product Eco-costs (€) per kg final product PRODUCTION END OF LIFE CO2 CO2 CO2 PRODUCTION END OF LIFE ECO-COSTS ECO-COSTS CO2 footprint CO2 credit CO2equ/kg CO2equ/kg Storage CO2equ/kg Total CO2equ/kg Neutral Y / N Eco-costs (€) per kg final product PRODUCTION END OF LIFE CO2 CO2 CO2 PRODUCTION END OF LIFE ECO-COSTS ECO-COSTS CO2 footprint CO2equ/kg Natürliche Dauerhaftigkeit ausreichend. Natürliche Dauerhaftigkeit üblicherweise ausreichend, aber unter bestimmten Gebrauchsbedingungen kann eine Schutzbehandlung empfehlenswert sein. Natürliche Dauerhaftigkeit kann ausreichend sein, aber in Abhängigkeit von der Endverwendung kann eine Schutzbehandlung notwendig sein. Eine Schutzbehandlung ist üblicherweise empfehlenswert. Schutzbehandlung notwendig. Die natürliche Dauerhaftigkeit von Bamboo X-treme® wurde nicht auf Meerwasser geprüft. CO2 credit CO2equ/kg Klassifizierung Dauerhaftigkeitsklasse Storage CO2equ/kg Total CO2equ/kg Neutral Y / N Eco-costs Euro/kg Eco-costs Euro/kg Eco-costs Euro/kg Eco-costs Euro/kg CO2 storage Euro/kg 1.193 -0.704 -0.607 -0.118 Yes 0.356 -0.132 -0.082 0.142 CO2 storage Euro/kg Total Euro/kg Total Euro/kg Eco-costs (€) per kg final product 1.193 PRODUCTION -0.704 END OF LIFE -0.607 CO2 The -0.118 life CO2 cycle and Yes the CO2 carbon footprint 0.356 PRODUCTION of MOSO -0.132 products END OF LIFE are -0.082 evaluated ECO-COSTS 0.142 according ECO-COSTS to ISO 14040/44. CO2 footprint CO2equ/kg CO2 credit CO2equ/kg Storage For more Total information: Neutral www.moso.eu/lca Eco-costs CO2equ/kg The full CO2equ/kg report is available Y / N on request. Euro/kg Eco-costs Euro/kg CO2 storage Euro/kg Total Euro/kg Confidential – This information is the property of MOSO International BV, Zwaag, the Netherlands. 1.193 -0.704 -0.607 Any use -0.118 or reproduction without Yes permission 0.356 will be prosecuted. -0.132 -0.082 0.142 Brandschutzklasse Dauerhaftigkeitsklasse EN 350 (CEN/TS 15083-2 / CEN/TS 15083-1) Klasse 1 sehr dauerhaft Gebrauchsklasse EN 335 Klasse 4 ständige Befeuchtung, direkter Erdkontakt EN 13501-1 Terrassendielen Klasse Bfl-s1 Fassadenelemente, Zaunsysteme, Möbelteile Klasse B-s1-d0 CO2-Bilanz ISO 14040/44 CO2-neutral The life cycle and the carbon footprint of MOSO products are evaluated according to ISO 14040/44. For more information: www.moso.eu/lca The full report is available on request. Confidential – This information is the property of MOSO International BV, Zwaag, the Netherlands. Any use or reproduction without permission will be prosecuted. The life cycle and the carbon footprint of MOSO products are evaluated according to ISO 14040/44. For more information: www.moso.eu/lca The full report is available on request. Author: Dr. Vogtländer J.G. (2014). Life Cycle Assessment and Carbon Sequestration - Update 2014 – Bamboo products of Moso International. Confidential Associate – This information professor – is Design the property for Sustainability of MOSO - International Delft University BV, of Zwaag, Technology. the Netherlands. Any use or reproduction without permission will be prosecuted. 21 DE-2020

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