Application of paints to decrease air permeability of oriented strand boards
Keywords:
Airflow, insulation, latex, low-cost, penetrationAbstract
The study is focused on the decreasing of oriented strand boards air permeability using paints. The oriented strand boards /3 (classification according to EN 300) of 12 mm thickness was chosen for the measurement. Nine different paints were applied in one layer on one side of boards. The difference in air permeability of unpainted and painted boards was defined as paint impact in %. Paint impact ranged from 1.9 % to 78.6 %. Furthermore, the air permeability of 15 and 22 mm thick oriented strand boards /3 boards from another producer exhibiting better properties has been measured to compare. The best results of paint impact were obtained for latex paint (paint impact 78.6 %) and penetration 1 (paint impact 66.4 %). Decreasing of the air permeability of oriented strand boards applied in low-cost constructions by using inexpensive paints could significantly improve the insulating properties of the wall structure and thus contribute to the development of the concept of low-cost passive building.
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References
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Bartekova, A.; Lungu, C.; Shmulsky, R.; Huelman, P.; Park, J.Y. 2006. Laboratory evaluation of volatile organic compounds emissions from coated and uncoated oriented strandboard. Forest Products Journal56(2):85-90.
Barra, M.R.D.; Valcarcel, A.I.G. 1989. Imprimaciones para la protección temporal de maderas ante la intemperie. Instituto Nacional de Investigaciones Agrarias. No. CIDAB: S254-In8t-16/89.
European standard. EN. 2000. Thermal performance of buildings - Air permeability of building components and building elements - Laboratory test method. EN 12114. 2000.
European standard. EN. 2006. Oriented Strand Boards (OSB) - Definitions, classification and specifications. EN 300. 2006.
Fay, R.M. 2010. Spray applied building wrap coating material, spray applied building wrap, and building construction assembly. U.S. Patent No 7,662,221.
Gaete-Martinez, V.; Shaler, S.M.; Russell, E.; Hill, J. 2008. Effect of strand geometrical distribution (SGD) in oriented strand composite (OSC) formation quality. Proceedings of the 51st International Convention of Society of Wood Science and Technology, Chile. Paper WS-62, p.10.
Garay, R.; Henriquez, M. 2010. Comportamiento frente al fuego de tableros y madera de pino radiata con y sin pintura retardante de llama. Maderas-Ciencia Tecnol 12(1): 11-24.
Glass, S.V.; Yeh, B.; Herzog, B.J. 2016. Effects of exterior insulation on moisture performance of wood-frame walls in the Pacific Northwest: measurements and hygrothermal modeling. In: Proceedings of the 3rd Residential Building Design & Construction Conference, University Park: PA, USA. p 292-311.
Goroyias, G.J.; Hale, M.D. 2004. The mechanical and physical properties of strand boards treated with preservatives at different stages of manufacture. Wood Science and Technology 38(2):93-107.
Hao, J.; Chow, W.K. 2003. A brief review of intumescent fire retardant coatings. Architectural Science Review 46(1):89-95.
Hens, H.S.L. 2017. Building physics-heat, air and moisture: fundamentals and engineering methods with examples and exercises. John Wiley & Sons. ISBN 3433608571
Hodoušek, M.; Böhm, M.; Lemaster, R.L.; Bureš, M.; Beránková, J.; Cvach, J. 2015. Air Permeation Rate of Oriented Strand Boards (OSB/3 and OSB/4). BioResources 10(1):1137-1148.
Huda, F.; Ahmed, F.; Johansen, J. J.; Mistry, B.; McConnery, C.W. 2015. Air-water barrier silicone coatings. U.S. Patent Application No 15/114,421.
Kumaran, M.K.; Lackey, J.; Normandin, N.; Tariku, F.; Reenen, V.D. 2003. Variations in the hygrothermal properties of several wood-based building products. Research in building physics. Lisse, The Netherlands: Swets and Zeitlinger, 35-42.
Langmans, J.; Eykens, P.; Klein, R.; Roels, S. 2010. Air permeability requirements for air barrier materials in passive houses-Comparison of the air permeability of eight commercial brands of OSB. In: 5th International Symposium on Building and Ductwork Air-tightness, Copenhagen. p. 9.
Li, H. 2007. A modeling and experimental investigation of coupled heat, air, moisture and pollutants transport in building envelope systems. Syracuse University. ISBN: 0549410163
Mukhopadhyaya, P.; Kumaran, M.K. 2007. Heat-air-moisture transport: Measurements on building materials. ASTM STP 1495. ISBN 978-0-8031-3422-5
O'Rourke, K.B.; Katsaros, J.D.; Bletsos, I.V. 2010. Durable metallized self-adhesive laminates. U.S. Patent No 7,641,952.
Ozgenc, O.; Hiziroglu, S.; Yildiz, U.C. 2012. Weathering properties of wood species treated with different coating applications. BioResources7(4): 4875-4888.
Pecho, R.; Ananias, R.A.; Ballerini, A.; Cloutier, A. 2004. Influencia de la madera juvenil de pino radiata sobre las propiedades mecánicas de tableros OSB. Maderas- Cienc Tecnol6(1): 45-59.
Rijckaert, V.; Stevens, M.; Acker, V.J. 2001. Effect of some formulation parameters on the penetration and adhesion of water-borne primers into wood. European Journal of Wood and Wood Products 59(5):344-350.
Russell, A. 2017. Adhesive membrane. U.S. Patent No. 9,562,174. Washington, DC: U.S. Patent and Trademark Office.
White, J.H. 1984. Intercoat adhesion in epoxy paint systems. Proceedings 11th World Congress on Metal Finishing, Jerusalem, Israel. October 21-26. p. 280-287.
Williams, R.S.; Knaebe, M.; Sotos, P. 2008. Effect of surface preparation on service life of top-coats applied to weathered primer paint. PRA’s 6th International Woodcoatings Congress "preserve, protect, prolong", Amsterdam, Netherlands, 14-15 October 2008,16.
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Published
2019-01-01
How to Cite
Hodoušek, M., Böhm, M., Součková, A., Esteban Herrero, M., & Oberhofnerová, E. (2019). Application of paints to decrease air permeability of oriented strand boards. Maderas. Ciencia Y Tecnología, 21(1), 105–112. Retrieved from https://revistas.ubiobio.cl/index.php/MCT/article/view/3292
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