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
Product
- Source material: Agro based residues
- Macro morphology: aqueous gels (solid content: 5%)
- Base affinity: Hydrophilic
- Zeta potential: Negative
- Rheology behavior: Shear thinning
Aqueous Fibrillated
TEM Image
We provide different grades:
Lab grade
Industrial grade
Custom grade
Researchers
Innovate now to lead by expertise in a rapidly growing bio-economy in favor of novel sustainable nanomaterials
Whether 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.
Industry
Cosmetics
Bio-Medical
Biocompatible excipient to adjust theology of solid and liquid dosage forms at small loadings. The large surface area facilitates drug loading in a wide range of drug delivery systems, moreover it can be chemically or physically functionalized for controlled release formulations. 3D nano fibrous network supports wound healing and tissue regeneration in wound dressings and tissue scaffolds.
Paper and Paperboard
Paper based products are derived from same cellulosic raw materials, thus NanoCellulose has favored affinity, and its addition has strong potential to improve the tensile and physical properties through the integration of the nano fibers within the paper fibers, adding extra hydrogen bonds that would strengthen the end products, and improve the recyclability of paper. Moreover, NanoCellulose can be functionalized to improve the barrier properties of food packages.
Personal care products
NanoCellulose has high water absorption capacity, and can be used with currently in-use SAP to improve their performance at small loadings. This can open many possibilities, like hydrating water wipes, lighter, or thinner diapers, etc. Also, NanoCellulose materials can be customized through surface modifications to provide anti-microbial properties.
Paints and coatings
The shear thinning property of NanoCellulose fibers improves the thixotropic behavior of paints and coating, by improving their sprayability, resistance to sagging or scratching and viscosity at rest. Also, the large surface area of the fibrous network can improve the dispersion of ingredients and reduce their sedimentation.
Construction and Building materials
NanoCellulose materials provide new opportunities for sustainable efficient viscosity modifying agents in cementitious composites. Also, they support higher compressive and flexural strengths in cementitious composites at small loadings.
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