Coconuts are typically growing in coastal areas of tropical countries. The husk is abundantly available as cheap residue from coconut production in many areas, which is known to yield the coarse coir fibre. In this project a simple and efficient technology has been developed to produce high strength-high density board materials from whole coconut husks, without the addition of chemical binders. The board exhibits excellent properties, which are comparable with or even superior to commercial wood based panels. The pressed coconut husk boards can be handled with common wood working equipment for drilling and sawing, planing and polishing. Screwing, however, is only possible after pre-drilling and the board product is too hard for nailing. (C)...
This research aimed to utilise coconut shell waste as a raw material to produce compressed coconut s...
The manufacturing process of binderless particleboards from treated oil palm trunk and Acacia specie...
Nowadays, the use of waste materials such as, saw dust, rice husk, coconut coir, empty fruit brunch ...
Coconuts are typically growing in coastal areas of tropical countries. The husk is abundantly availa...
A simple and efficient technology has been developed to produce high strength - high density board m...
The possibility of producing binderless panels made of milled coconut husk, a largely available by-p...
For production of compression moulded boards from whole coconut husk the auto-adhesive properties ar...
Coconuts are abundantly growing in coastal areas of tropical countries. The coconut husk is availabl...
Includes bibliographical references (p. 54).Coconuts grow abundantly in tropical regions, and the co...
Fibreboards made of coconut husk and bonded with tannin-based adhesives could represent an affordabl...
The rate of global deforestation and its impact on the environment has led particle board manufactur...
The growing consumption of coconut water leads to high volumes of tough management wastes. The use o...
Not AvailableCoconut husk is used as a natural fiber, and it is constantly gaining economic importan...
At present the products of the coconut palm that are of commercial significance are copra, coconut o...
This study aims to determine the effect of wood particle bayur comparison to the outer layer of coco...
This research aimed to utilise coconut shell waste as a raw material to produce compressed coconut s...
The manufacturing process of binderless particleboards from treated oil palm trunk and Acacia specie...
Nowadays, the use of waste materials such as, saw dust, rice husk, coconut coir, empty fruit brunch ...
Coconuts are typically growing in coastal areas of tropical countries. The husk is abundantly availa...
A simple and efficient technology has been developed to produce high strength - high density board m...
The possibility of producing binderless panels made of milled coconut husk, a largely available by-p...
For production of compression moulded boards from whole coconut husk the auto-adhesive properties ar...
Coconuts are abundantly growing in coastal areas of tropical countries. The coconut husk is availabl...
Includes bibliographical references (p. 54).Coconuts grow abundantly in tropical regions, and the co...
Fibreboards made of coconut husk and bonded with tannin-based adhesives could represent an affordabl...
The rate of global deforestation and its impact on the environment has led particle board manufactur...
The growing consumption of coconut water leads to high volumes of tough management wastes. The use o...
Not AvailableCoconut husk is used as a natural fiber, and it is constantly gaining economic importan...
At present the products of the coconut palm that are of commercial significance are copra, coconut o...
This study aims to determine the effect of wood particle bayur comparison to the outer layer of coco...
This research aimed to utilise coconut shell waste as a raw material to produce compressed coconut s...
The manufacturing process of binderless particleboards from treated oil palm trunk and Acacia specie...
Nowadays, the use of waste materials such as, saw dust, rice husk, coconut coir, empty fruit brunch ...