Cellulose is the most abundant material on planet Earth
It has proven its efficiency in maintaining and diversifying green life on the planet for millions of years
We produce aqueous gels of fibrillated NanoCellulose materials. It can be viewed as a highly entangled meshed network composed of nanofibrils and microfibrils. Unlike CNC(cellulose nanocrystals), they exhibit both amorphous and crystalline zones, and present a web-like structure that is normally viscous. These key properties are linked to its high specific area (significantly exceeding that of cellulose fibers) and its extensive hydrogen-bonding ability.
- Source material: Agro based residues
- Macro morphology: aqueous gels (solid content: 5%)
- Base affinity: Hydrophilic
- Zeta potential: Negative
- Rheology behavior: Shear thinning
We provide different grades:
Innovate now to lead by expertise in a rapidly growing bio-economy in favor of novel sustainable nanomaterialsWhether you are a researcher, a MSc student, phD candidate who is working on developing new applications that can serve the bio-economy in different fields (Biosensors, dentistry, drug delivery, packaging and composites, chemical engineering and construction materials, water treatment,,,etc), NanoCellulose based applications is recently leading many research and patent activities in these fields and more.
Are you interested in taking your research to the next level!Do you have a solid expertise or are you working on a NanoCellulose based application that can serve a particular sector?? IF YES You are most welcomed to join The Counselor program by filling this form, where you can support targeted industrial sectors with your area of expertise. Because we believe that through open innovation and successful cooperation models, we can bring novel industrial opportunities to the market.
Are you experienced researcher in NanoCellulose materials?Are you passionate leader who can support new comers with your expertise?? IF YES You are most welcomed to join The Advisor program by filling this form, where we would work towards networking you with new entrants in this field, who might be seeking your technical support and expertise. Because we believe that there are many efforts undertaken on isolated islands, and through networking, research objectives can be met efficiently.
NanoCellulose materials have unique properties that unveils new opportunities and resolves current challenges for their targeted applications
Low density and stronger than steel on weight basis
Large surface area that can achieve better performance at small loadings
Efficient Rheology modifier and viscosity enhancer
Sustainable substitute for synthetic raw materials