This study was carried out to manufacture very thin natural elm veneer overlaid charcoal board for en-hancing aesthetic value of charcoal board for the indoor application, and to use the advantageous proper-ties of the charcoal as a building material for solving the sick house problem. The thin elm veneer had 26.9 % opening ratio. The experiment results showed that the spreading area and the nonvolatile content of adhesive did not affect the gas adsoprtion of fancy veneer overlaid charcoal board. The natural thin elm veneer overlaid charcoal board enhanced not only the aesthetic beauty but also showed the same gas adsorption by the charcoal board
Three particle boards, one flake board, one multi-layer board, and a plywood panel, all of 3/8-inch ...
Utilization of composite boards for furniture has been widely used in order to substitute solid wood...
This study evaluated some of the important properties of the cardboard substrate panels overlaid wit...
Charcoal obtained from wood-based waste materials is of low quality with amorphous shape and low den...
In this study the effect of adhesive types and coated veneer on the physical and mechanical properti...
The objective of this work was to evaluate selected physical and mechanical properties of experiment...
The manufacturing of medium density fiberboard (MDF) using dry forming process for interior purpose ...
This study investigated dimensional stability properties of oriented strandboard (OSB) panels faced ...
In the present work a small percentage of activated charcoal was added in the thermosetting urea–for...
DE 19852033 A UPAB: 20000712 NOVELTY - The compound board has a board carrier body and an applied de...
In the first part of this study, the Kelly repertory grid technique was used to determine the most p...
The initial research describes a new type of fiber boards for the furniture interior design, develop...
To develop a production technique for nonformaldehyde-tolerant straw veneer by using a biomass-based...
Due to its excellent adsorption and humidity control function, bamboo charcoal (BC) has often been m...
The study investigates the properties of lightweight (350–550 kg/m3) particleboards made using wood ...
Three particle boards, one flake board, one multi-layer board, and a plywood panel, all of 3/8-inch ...
Utilization of composite boards for furniture has been widely used in order to substitute solid wood...
This study evaluated some of the important properties of the cardboard substrate panels overlaid wit...
Charcoal obtained from wood-based waste materials is of low quality with amorphous shape and low den...
In this study the effect of adhesive types and coated veneer on the physical and mechanical properti...
The objective of this work was to evaluate selected physical and mechanical properties of experiment...
The manufacturing of medium density fiberboard (MDF) using dry forming process for interior purpose ...
This study investigated dimensional stability properties of oriented strandboard (OSB) panels faced ...
In the present work a small percentage of activated charcoal was added in the thermosetting urea–for...
DE 19852033 A UPAB: 20000712 NOVELTY - The compound board has a board carrier body and an applied de...
In the first part of this study, the Kelly repertory grid technique was used to determine the most p...
The initial research describes a new type of fiber boards for the furniture interior design, develop...
To develop a production technique for nonformaldehyde-tolerant straw veneer by using a biomass-based...
Due to its excellent adsorption and humidity control function, bamboo charcoal (BC) has often been m...
The study investigates the properties of lightweight (350–550 kg/m3) particleboards made using wood ...
Three particle boards, one flake board, one multi-layer board, and a plywood panel, all of 3/8-inch ...
Utilization of composite boards for furniture has been widely used in order to substitute solid wood...
This study evaluated some of the important properties of the cardboard substrate panels overlaid wit...