Why cellulose fibrils is a completely new cellulose productCellulose fibrils has been present in the academic sector since the 1980’s, but it is completely new...
Temperature stability of cellulose fibrilsTypically, when using polymeric rheology modifiers, the viscosity of a formulation decreases with in...
Research review: new interesting applications for cellulose fibrilsWithin the field of nanocellulose and cellulose fibrils, there is an increasingly rapid pace of new ...
Topic Tuesday: High temperature stability with cellulose fibrilsAnother episode of Topic Tuesday where we break down the rheological profile of cellulose fibrils un...
Shifting paradigms: introducing alternative technologiesThis week’s blog post started its life when I attended a stakeholder forum which was organized by th...
[VIDEO] Topic Tuesday: Thixotropy - the recovery after shearThis weeks topic is a follow-up from our last Topic Tuesday. Then we talked about the shear thinning...
Hello 2018! We greet you with our 2017's top 10 blog postsYet another year in the name of innovating with cellulose fibrils has gone by. And again we are thri...
Research review: Paper-based electronics – the future of advanced electronics?I stumbled over an article the other day, grasping the opportunity that’s emerging in relation to ma...
What makes cellulose fibrils a good oxygen barrierCellulose fibrils has shown great potential as an oxygen barrier in packaging. This has led to numer...