southern pine, dimensional stabilization. Southern pine and aspen flakes were acetylated with acetic anhydride alone without cosolvent or catalyst by a simple dip procedure. The new procedure greatly shortens reaction time and simplifies chemical recovery. Acetylation weight gains of 15 % to 20 % can be achieved in 1 to 3 hours with southern pine flakes and in 2 to 4 hours with aspen flakes. Flakeboards made from acetylated southern pine or aspen flakes absorbed much less water, both in water-soaking tests and when subjected to humid air, and swelled at a lower rate and to a lower extent than did control boards. Hygroscopicity of the resulting flakeboards decreased with increased level of wood acetylation. The equilibrium moisture content (...
Unfinished and finished fiberboards prepared from untreated and acetylated (15 weight percent gain) ...
This research was conducted to evaluate the effects of acetylation and the resin type on three layer...
Wood, having the lowest embodied energy of any mainstream building material, is carbon neutral. As s...
This study was conducted to determine if thickness swelling of flakeboards, which is much greater th...
Southern pine and aspen wood flakes were chemically modified by reaction at ca. 55°C with ketene in ...
The influence of acetylation on selected wood properties has been determined for Scandinavian pine a...
Acetylated wood is more dimensionally stable and resistant to biological attack than unacetylated wo...
The feasibility of using low chemical concentrations, time, and pressure for modifying red oak and h...
The acetylation process involves chemical reaction between acetic anhydride and wood, which results ...
The effects of different levels of wood particles acetylation and resin content on the physical and ...
The acetylation process involves chemical reaction between acetic anhydride and wood, which results ...
Standard soil block tests can be used for southern pine and aspen flskeboards made with phenol-forma...
Standard soil block tests can be used for southern pine and aspen flakeboards made with phenol-forma...
Plantation poplar (Populus ussuriensis) wood was esterified using acetic anhydride without catalysts...
Aspen fiber was reacted with either ketene gas or liquid acetic anhydride to produce acetylated fibe...
Unfinished and finished fiberboards prepared from untreated and acetylated (15 weight percent gain) ...
This research was conducted to evaluate the effects of acetylation and the resin type on three layer...
Wood, having the lowest embodied energy of any mainstream building material, is carbon neutral. As s...
This study was conducted to determine if thickness swelling of flakeboards, which is much greater th...
Southern pine and aspen wood flakes were chemically modified by reaction at ca. 55°C with ketene in ...
The influence of acetylation on selected wood properties has been determined for Scandinavian pine a...
Acetylated wood is more dimensionally stable and resistant to biological attack than unacetylated wo...
The feasibility of using low chemical concentrations, time, and pressure for modifying red oak and h...
The acetylation process involves chemical reaction between acetic anhydride and wood, which results ...
The effects of different levels of wood particles acetylation and resin content on the physical and ...
The acetylation process involves chemical reaction between acetic anhydride and wood, which results ...
Standard soil block tests can be used for southern pine and aspen flskeboards made with phenol-forma...
Standard soil block tests can be used for southern pine and aspen flakeboards made with phenol-forma...
Plantation poplar (Populus ussuriensis) wood was esterified using acetic anhydride without catalysts...
Aspen fiber was reacted with either ketene gas or liquid acetic anhydride to produce acetylated fibe...
Unfinished and finished fiberboards prepared from untreated and acetylated (15 weight percent gain) ...
This research was conducted to evaluate the effects of acetylation and the resin type on three layer...
Wood, having the lowest embodied energy of any mainstream building material, is carbon neutral. As s...