DE 10144793 A UPAB: 20030619 NOVELTY - The method for recovering chips and fibers of wood materials with urethane-formaldehyde or other bonding agents amenable to hydrolysis involves loading of such materials into a disintegration vessel, initial passing of steam through the vessel, soaking of the materials with a heated impregnation solution, removal of the surplus impregnation solution, and final passing of steam through the vessel. USE - For recovery of chips and fibers of wood materials bonded by means of agents amenable to hydrolysis. ADVANTAGE - The method has a greater efficiency than known comparable procedures
It is supposed that the acid hydrolysis taking place during the thermal-mechanical disintegration is...
The work is related to the use of thermomechanical pulps (TMP) prepared from recycling UF-bonded par...
Urea formaldehyde (UF) resins are widely used as adhesives for wood-based composites. These thermose...
The description refers to a process for the recycling of chips and fibres made of residual timber pi...
Subsequent formaldehyde release in urea-resin-bonded particle board was influenced by using other ha...
WO 200185310 A UPAB: 20020321 NOVELTY - Separating wood constituents from gases produced during wood...
The hydrolytic degradation of urea-formaldehyde resins (UF) has gained new relevance since the devel...
The vast production of medium-density fiberboard (MDF) in the world is expected to generate a large ...
NOVELTY - The assembly to break down wood materials, with a lignocellulose content, has a filling sh...
A novel mechanical pre-treatment method was used to separate the wood chips into fiber bundles in or...
The description relates to a process for the manufacture of wood materials consisting of wood fragme...
Pretreatment of wood is a prerequisite for an efficient separation and utilization of its building b...
The aim of this work was to compare the two most common hydrothermal pre-treatments for wood mild st...
The combination of hemicellulose pre-hydrolysis by dilute acid or steam-explosion followed by kraft ...
Wood composite is also known as wood engineering. This field is available due to its ability to over...
It is supposed that the acid hydrolysis taking place during the thermal-mechanical disintegration is...
The work is related to the use of thermomechanical pulps (TMP) prepared from recycling UF-bonded par...
Urea formaldehyde (UF) resins are widely used as adhesives for wood-based composites. These thermose...
The description refers to a process for the recycling of chips and fibres made of residual timber pi...
Subsequent formaldehyde release in urea-resin-bonded particle board was influenced by using other ha...
WO 200185310 A UPAB: 20020321 NOVELTY - Separating wood constituents from gases produced during wood...
The hydrolytic degradation of urea-formaldehyde resins (UF) has gained new relevance since the devel...
The vast production of medium-density fiberboard (MDF) in the world is expected to generate a large ...
NOVELTY - The assembly to break down wood materials, with a lignocellulose content, has a filling sh...
A novel mechanical pre-treatment method was used to separate the wood chips into fiber bundles in or...
The description relates to a process for the manufacture of wood materials consisting of wood fragme...
Pretreatment of wood is a prerequisite for an efficient separation and utilization of its building b...
The aim of this work was to compare the two most common hydrothermal pre-treatments for wood mild st...
The combination of hemicellulose pre-hydrolysis by dilute acid or steam-explosion followed by kraft ...
Wood composite is also known as wood engineering. This field is available due to its ability to over...
It is supposed that the acid hydrolysis taking place during the thermal-mechanical disintegration is...
The work is related to the use of thermomechanical pulps (TMP) prepared from recycling UF-bonded par...
Urea formaldehyde (UF) resins are widely used as adhesives for wood-based composites. These thermose...