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Effect of Cement: Wood Particle Ratio on Physical and Mechanical Properties of Cement Bonded Particle Board Using Lantana camara

Affiliations

  • Forest Research Institute, Dehradun (Uttarakhand), India

Abstract


The experiment was carried out to study the suitability of Lantana camara particles for making cement bonded particle boards. Portland cement was used as a sizing agent. The amount of Lantana particles was taken on air-dry basis. Different proportion of Cement/Lantana particle ratios 2.0:1.0, 2.5:1.0, and 3.0:1.0 were used. 2% of Sodium silicate (Na2SiO3 ) and 2% Aluminum sulfate (Al2(So4)3)were used to prevent hydration and increase the rate of cement setting. 28Kg/cm2 pressure were used for preparation of 10mm thick board. It was observed that physical properties of the board decreases with increase in cement: lantana particle ratio and the mechanical properties of the board increases with increase in cement: lantana particle ratio.

Keywords

Physical Properties, Mechanical Properties, Cement Bonded Particle Board, Lantana camara, Portland Cement, Bonded Particle Boards, Effect of Cement.

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References


  • Badejo S.O. (1990). Sawmill Wood residues in Nigeria and their utilization. Invited paper, Proceeding of the National workshop on forestry management strategies of self-sufficiency in wood production. Forestry Research Institute of Nigeria, Ibadan, 12-15.
  • Eusebio D.A. (2003). Cement bonded boards: Today's alternative. Paper presented at a technical forum in celebration of the 21 Philippin Council for Industry and Energy Research and Development Anniversary, Dept. of Science and Technology, held at Edsa Shangri-La, GDSA, Pasig City, Philippines, 9pp.
  • Evans P.D. (2000). Summary: An introduction to wood – cement composites. Wood cement compositesin the Asian region. In: Proc. of Workshop held at Rydges Hotel, Canberra, Australia,pp.7-10.
  • Fernandez E.C. and Taia-on V.P. (2000). The use and processing of ricestraw in the manufacture of cement–bonded fiber board. In: Proceedings of Wood-cement Composites in the Asia Pacific Region. A workshop held at Canberra, Australia, pp. 49-54.
  • Hachmi M. and Moslemi A.A. (1989). Correlation between wood-cement compatibility and wood extractives. Forest Products Journal, 39, 55–58.
  • Kumar S. (1980). Development of wood–wool boards from indigenousmaterials.PL-480 Project. Final Research Report, Forest Research Institute and College, Dehradun, India. 96.
  • Lee A.W.C. (1984). Effect of cement/wood ratio on bending properties of cement bonded Southern pine excelsior board. Wood and Fiber Science, 17(3):361-364.
  • Lee A.W.C. and Short P.H. (1989). Pretreating hard wood for cement-bonded excelsior boards. Forest Product Journal, 39(10):68-70.
  • Manish R. and Khali D.P. (2016). Effect of cement: bamboo particle ratios on physical and mechanical properties of cement bonded particle board. Research Journal of Agriculture and Forestry Sciences, 4 (11): 1-4.
  • Sandermann W. and Kohler R. (1964). Studies on mineral bondedwood materials VI.A short test of theaptitude of woods for cement bonded materials. Berlin, Holzforschung, 18:53-59.
  • Sandermann W. H., Preusser J. and Schweers W. (1960). Studies on mineral bonded wood materials. Holzforschung materials; the effect of wood extractives on the setting of cement- bonded wood. Berlin, Holzforschung,14:70-77.

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