Developing VOC-free formulation with microfibrillated celluloseGovernments around the world are pushing industries to reduce their volatile organic compound (VOC) ...
Surfactants – a tool to tailor surface chemistry of MFC?One of the advantages of cellulosic materials (including nanocellulose and microfibrillated cellulos...
3 things to remember when using MFC in the labIntroducing a totally new material or technology to the market can often be challenging. Most people...
The role of MFC in flexible displays and electronicsThe transformation from cathode ray tubes to LCD displays has been rapid since the early 2000s. We n...
The future of Aerospace, and its demand for new materialsInnovation in aerospace technologies is moving forward with a very high pace. Since the mid-1990s we...
Prolonged open time for exterior wood stains. Why coffee breaks are important!The open time, wet edge or lapping of a coating is a measure of how much time an air dry coating tak...
Why does microfibrillated cellulose tolerate salts so well?Microfibrillated cellulose (MFC) differs from many rheology modifiers in that aspect that it can be ...
Research review: Microfibrillated cellulose for bioprintingThree dimensional (3D) printing and tissue engineering are two fields that are currently developing ...
Intimate relationships – cellulose and epoxyProfessor Lars Berglund, Head of the Biocomposites Division at KTH Royal Institute of Technology in ...