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Davis College of Agriculture, Natural Resources and Design


Agricultural and Resource Economics


Wood-cement composite (WCC) is a potential construction material for tropical regions, due to its physico-mechanical properties and resistance to decay and fungi attack. However it is important to test alternative production methods and wood materials that are easier and cheaper than those traditionally used, in order to create a higher demand for this product. The aim of this work was to evaluate the use of wood from four Amazonian species (Eschweilera coriaceae, Swartzia recurva, Manilkara amazonica and Pouteria guianensis) in the production of wood-cement composites through a vibro-dynamic compression process, an alternative method to the use of a hydraulic press. The inhibition degree caused by the wood to the cement cure, measured by the factor CA, indicated that all species were compatible with Portland cement (CP II-Z). WCC with densities higher than 1,100 kg m-3 (produced with E. coriaceae and S. recurva particles) showed compressive strength values higher than 10 MPa, which fulfills the minimum requirement for lightweitgh reinforced concrete blocks for structural use.

Source Citation

CASTRO, V. G. de, AZAMBUJA, R. da R., PARCHEN, C. F. A., & IWAKIRI, S. (2019). Alternative vibro-dynamic compression processing of wood-cement composites using Amazonian wood. Acta Amazonica, 49(1), 75–80.


Creative Commons License This is an open-access article distributed under the terms of the Creative Commons Attribution License



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