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Treatment of Green Round Bamboos with and without Boring by Pressure Treatment and Alternate Pressure Method (APM)


     

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Bamboos are versatile material for countless applications. Their wider use for construction is encouraged because of growing scarcity of timbers. Since it has a very low natural durability, protection against biological degradation is of vital importance for long-term services. Protective measures without chemicals are preferable, but often limited in their effectiveness. For using preservatives, the restricted permeability of culms tissue, choice of preservative and treatment method and environmental effects as well as economical aspects have to be considered. Treatment of Dendrocalamus strictus and Bambusa nutans in green round form with holes revealed higher retentions of copper-chrome-arsenic (CCA) than bamboo without holes by Alternate pressure method. Lower retentions were recorded in both the species treated by full cell process.

Keywords

Bamboo, Dendrocalamus strictus, Bambusa nutans, Preservation, Protection,
Preservatives, Pressure Treatment, Alternate Pressure Method (APM)
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Ram Lal

Ajmal Samani

Sadhna Tripathi


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  • Treatment of Green Round Bamboos with and without Boring by Pressure Treatment and Alternate Pressure Method (APM)

Abstract Views: 290  |  PDF Views: 0

Authors

Abstract


Bamboos are versatile material for countless applications. Their wider use for construction is encouraged because of growing scarcity of timbers. Since it has a very low natural durability, protection against biological degradation is of vital importance for long-term services. Protective measures without chemicals are preferable, but often limited in their effectiveness. For using preservatives, the restricted permeability of culms tissue, choice of preservative and treatment method and environmental effects as well as economical aspects have to be considered. Treatment of Dendrocalamus strictus and Bambusa nutans in green round form with holes revealed higher retentions of copper-chrome-arsenic (CCA) than bamboo without holes by Alternate pressure method. Lower retentions were recorded in both the species treated by full cell process.

Keywords


Bamboo, Dendrocalamus strictus, Bambusa nutans, Preservation, Protection,
Preservatives, Pressure Treatment, Alternate Pressure Method (APM)