MICROFIBRILLATED CELLULOSE
收藏国家林业和草原科学数据中心2023-02-12 更新2024-03-07 收录
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The present invention relates to fibrous cellulose (MFC)， in particular polyethylene as a solution， in particular as a solvent， which differs morphologically from conventional MFCs known in the art and/or compared to conventional MFCs known in the art. Improved water retention properties and/or improved rheological properties in glycols (PEG)， in particular improved zero shear viscosity η 0 (Also referred to as quiescent viscosity， i.e.， a viscosity without shearing force). The present invention relates to microfibrillated cellulose ("MFC")， in particular to microfibrillated cellulose， which is morphologically different from conventional MFC known in the art and/or which provides improved water retention properties and/or improved rheological properties， in particular increased zero shear viscosity， η0， (also known as: "viscosity at rest"， i.e. viscosity in the absence of shear forces)， in solution， in particular in polyethylene glycol (PEG) as solvent， vis-a-vis conventional MFC as known in the art. The present invention relates to microfibrillated cellulose ("MFC")， in particular to microfibrillated cellulose， which is morphologically different from conventional MFC known in the art and/or which provides improved water retention properties and/or improved rheological properties， in particular increased zero shear viscosity， η 0， (also known as: "viscosity at rest"， i.e. viscosity in the absence of shear forces)， in solution， in particular in polyethylene glycol (PEG) as solvent， vis-a-vis conventional MFC as known in the art.
提供机构：
国家林业和草原科学数据中心
创建时间：
2023-02-12
