SINTEF Certification No. 20430 Issued: Revised: 14.04.2015 Valid until: 01.07.2020 Page: 1 of 3 SINTEF Building and Infrastructure confirms that Baumit StarSystem VENT has been found to be fit for use in Norway and to meet the provisions regarding product documentation given in the regulation relating to the marketing of products for construction works (DOK) and regulations on technical requirements for building works (TEK), with the properties, fields of application and conditions for use as stated in this document 1. Holder of the approval w&p Baustoffe GmbH Baumit-Straße 1 9020 Klagenfurt Austria www.baustoffe.wup.at 2. Manufacturer w&p Baustoffe GmbH Baumit- Straße 1 9020 Klagenfurt Austria 3. Product description Baumit StarSystem ventilated cladding is a battened, ventilated facade system for seamless, plastered facades. The system consists of BluClad boards, fixed to a lath system of wood, see Fig. 1. The plaster is applied to the BlueClad boards in two layers, one ground layer reinforced with a fibre mesh reinforcement and one final coloured layer. The approval does not cover the wall construction behind the ventilated cladding (laths, wind barrier, insulation etc.). The Approval comprises the following products: - BluClad boards facade boards - Alternative ground layers(layer-thickness of 3-5mm): - Baumit StarContact - Baumit StarContact Forte - Baumit StarContact Winter -Baumit StarTex, fibre mesh reinforcement -Baumit Uniprimer -Alternative final layers (layer-thickness of 1.5-3mm): - Baumit SilikonTop - Baumit NanoporTop BluClad facade board Bluclad facade board 10mm thick boards based on inorganic potassium. The boards have a with and length of 790 x 1200 mm or 1200 x 2400 mm. Nominal weight is 11,8 kg/m². The plaster has to be applied to the rough side of the board. Fig. 1 Baumit StarSystem Baumit StarContact, Baumit StarContact Forte and Baumit StarContact Winter ground layers are cement based plasters delivered in 25 kg bags. The plasters have to be applied in one single layer of 3-5 mm thickness with a float or a sprinkler according to the manufacturers instructions. Consumption for these cement based plasters is 5-8 kg/m², depending on thickness (3-5mm). Baumit StarTex fibre mesh is used to reinforce the ground plaster layer. The net is made of alkali fiberglass with a mesh width of 4 mm x 4.5 mm and a minimum weight of 145 g/m². The fibre mesh is delivered on rolls of 1 m width. Baumit UniPrimer has to be applied to the ground layer by a brush or roller, except in case of base coat StarContact Winter- there is no Baumit UniPrimer applied. SINTEF is the Norwegian member of European Organisation for Technical Approvals, EOTA, and European Union of Agrément, UEAtc Reference: Appr. 102007606 Contr. 102007606-1 Subject:Ventilated cladding Head Office: SINTEF Building and Infrastructure P.O.Box 124 Blindern – NO 0314 Oslo Tel. + 47 22 96 55 55 – Fax + 47 22 69 94 38 Trondheim: SINTEF Building and Infrastructure P.O. Box 4760 Sluppen - 7465 Trondheim Tel. +47 73 59 30 00/33 90 – Fax +47 73 59 33 50/80 © Copyright SINTEF Byggforsk e-mail: [email protected] www.sintef.no/byggforsk SINTEF Technical Approval - No. 20430 Page 2 av 3 Baumit SilikonTop or Baumit NanoporTop are applied as final layer. SilikonTop is based on silicone resin and acryl dispersion. Baumit NanoporTop is based on sodium silicate The plasters are delivered in 25kg pails which are blended, but have to be stirred before use. The plasters have to be applied in minimum thickness of 1,5 mm, but the thickness of the final layer depends on the grain size in the plaster. The following accessories can be delivered: - Baumit KantenSchutz corner profile - Baumit FensteranslussProfil door and window profile with glue - Baumit TopfkantenProfil door and window profile with drop nose. - Baumit FugendichtBand joint seal tape with glue - Baumit DachbelüftungsProfil ventilating profile for use top of the system (at the roof) - Baumit BlechanschlussProfil finishing profile with a groove for sheet metal - Baumit DehnfugenProfil expansion joint profile - Profile VWS 6010/6015 base profile for Bluclad boards - Profile VWS 6011 click profile for mounting on top or on sides. - Profile VWS 6012 click profile with drop nose for mounting at ground - Profile K-UNI ASPP01 drop nose profile for BluClad boards All profiles are made of reinforced PVC 4. Fields of application Baumit StarSystem can be used on all walls and building types, both for new buildings and rehabilitation and insulation of existing walls. 5. Properties The facade system has satisfactory strength and rigidity in relation to all relevant wind loads when the capacity is controlled and the boards are fitted as specified in section 7. Mean measured pull through resistance for 4,2 x 45 SQD screws in BluClad facade boards is 0,91 kN/screw. Characteristic pull through resistance is 0,75 kN. Pull out capacity, when used a safety factor of 2,5 is 0,30 kN/screw. Strength and rigidity for BluClad facade boards are given in Table 1. Table 1 Product properties for BluClad Properties Value Bending strength in dry condition (EN 12467) 20 N/mm² E-modulus (EN 12467) 10 N/mm² Change in length 0 - 100 % RH 1,2 mm/m Thermal expansion koeffisient 6,5 x 10 m/mK -6 Properties related to fire Baumit ventilated cladding of 10 mm thick BluClad façade boards coated with plastering as described in chap. 7, has fire class B-s2, d0 according to EN 13501-1. BluClad render board has class A2-s1, d0, with maximum 3 mm gap in the joints and minimum 20/40 mm cavity behind the board. Durability The durability against climate exposure for the system is evaluated based on artificial ageing in 28 days (large scale test specimen) and 17 weeks (small scale specimens) in climate carousel according to NT Build 495:2000. The durability for the system is in both cases considered to be satisfactory. 6. Environmental aspects Substances hazardous to health and environment The product contains no hazardous substances with priority in quantities that pose any increased risk for human health and environment. Chemicals with priority include CMR, PBT or vPvB substances. Effect on soil, surface water and ground water The leaching properties of the product are evaluated to have no negative effects on soil or ground water. Waste treatment/recycling The product shall be sorted as residual waste on the demolition site. The product shall be delivered to an authorized waste treatment plant for disposal. Not hardened plaster is defined as hazardous waste (according to the Norwegian regulations on waste treatment (Avfallsforskriften)). The product has to be sorted as hazardous waste on the building site and must be delivered to an authorized waste treatment plant for hazardous waste. Environmental declaration No environmental declaration (EPD) has been worked out for the product. 7. Special conditions for use and installation Design considerations The facade system has to be installed on vertical battens in a stretcher bond pattern ensuring aeration and drainage. Lath spacing should generally be max. c / c 600 mm. The air gap should be minimum 21 mm wide, but is depending of the height of the building. Timber battens should be impregnated (wood quality minimum C18). Thermal insulation inside the facade system must be protected by a wind barrier. BluClad boards have to be installed with maximum 3 mm gap between the boards. The boards are fixed to the battens with SQD screws. Distance from center screw head to the board edge should be at least 50 mm in the transversal- and 15 mm in the longitudinal direction. SINTEF Technical Approval - No. 20430 Page 3 av 3 Number of fastening points should be verified and dimensioned in relation to the actual wind load, the screw capacity, capacity of the substrate and pull through resistance for the BluClad boards. Special construction details Baumit StarSystem shall be performed according to construction details developed by w&p Baustoffe GmbH and which is adapted to the individual building project. For details of window insertion, see Building Research Design Sheets 523.701. 8. Factory production control Baumit StarSystem is subjected to supervisory factory production and product control according to contract between SINTEF Building and Infrastructure and w&p Baustoffe GmbH concerning Technical Approval No. 20430. - Forschungsanstalt der Stadt Wien. Test report MA 39 VFA 2003-0688.02, dated 07.08.2003 Versuchs- und Forschungsanstalt der Stadt Wien, classification report MA 39 - VFA 2003-0688.01, dated 06.08.2003 Warrington Fire. Classification report 12047C, dated 16.06.2006 10. Marking The bags and pails are CE-marked in accordance with ETA-05/0060 and ETA-05/0062. Blulad facade boards are CE-merked in accordance with EN 12467. The bags and pails are marked with the name of manufacturer, product name and manufacturing date. BluClad facade boards are marked with product name and manufacturing date. The ventilated cladding system can also be marked with the approval mark for SINTEF Technical Approval No. 20430. w&p Baustoffe GmbH has a quality system based on EN ISO 9001 for plants producing SilikonTop, StyleTop, and StellaporTop, certificate No. 20 100112006356 00778/2 and a correlated quality hand book for plants producing StarContact, StarContact Forte and StarContact Winter. Wopfigner Baustoffe GmbH has a quality system based on EN ISO 9001 for plants producing NanoporTop, certificate No 00778/2. All plants are audited by MA39 from Austrian certification-department in Vienna. 9. Basis for the approval The approval is based on system assessment and product properties documented in the following reports: - SINTEF. Artificial climate aging of Baumit StarSystem ventilated cladding with BluClad plate as substrate Mid-term evaluation. Test report 102007606, dated 29.10.2014 - SINTEF. Gjennomtrekking av Ivarsson SQD skrue 4,2x45 I 10 mm BluClad plater. Report 102009141, dated 12.12.2014 - Forschungsanstalt der Stadt Wien, test report MA 39 VFA 2003-1538.02, dated 15.10.2003. - Versuchs- und Forschungsanstalt der Stadt Wien, classification report MA 39 - VFA 2003-1538.01, dated 13.10.2003 TG 20430 Approval mark 11. Liability The holder/manufacturer has sole product responsibility according to existing law. Claims resulting from the use of the product cannot be brought against SINTEF beyond the provisions of Norwegian Standard NS 8402 12. Technical management Project manager for this approval is Noralf Bakken, SINTEF Building and Infrastructure, dep. Trondheim for SINTEF Building and Infrastructure Hans Boye Skogstad Approval Manager
© Copyright 2024