KTH Royal Institute of Technology in Stockholm, Sweden, and Borregaard — both members of the H2020 BBI JU Exilva Project — presents the process of making nanopaper.

An animated introduction to Exilva Cellulose Fibrils / Microfibrillated Cellulose. Dive into the network and learn about some of its potential.

Cellulose fibrils Topic Tuesday Episode #5: This week we will show you the robustness of your product's rheology profile under different temperatures when using cellulose fibrils.

Cellulose fibrils Topic Tuesday Episode #4: How cellulose fibrils and thixotropy, how the fibrils return to their viscous state.

Cellulose fibrils Topic Tuesday Episode #3: How cellulose fibrils affects the shear thinning of your product.

Cellulose fibrils Topic Tuesday Episode #2: How cellulose fibrils are compatible with both waterborne and solvent borne systems.

Cellulose fibrils Topic Tuesday Episode #1: Your equipment's tip speed and its impact on your dispersion.

The dispersion of Exilva is the key factor to achieve the desired performance from our product. In this dispersing video, we will show you how inadequate low shear dispersion and adequate high shear dispersion will affect the performance of Exilva. You could read more about why dispersion of Microfibrillated Cellulose is a critical success...

Borregaard in Norway has developed Exilva, the worlds first microfibrillated/nanofibrillated cellulose (MFC) for commercial use. Watch to learn more about this natural and sustainable additive, giving multifunctional properties within rheology, stability, barrier and reinforcement of various products and applications