A patented microfibrillated cellulose that boosts the strength, stability, and flexibility of your products. By replacing virgin and synthetic materials, Re-Nano reduces your company’s carbon footprint.
Bio-based & biodegradable
DERIVED FROM CELLULOSE-BASED WASTE
Re-Celloop™ is a bio-based, biodegradable cellulosic material produced from cellulose-based waste.
Bio-based & biodegradable
DERIVED FROM CELLULOSE-BASED WASTE
Re-Celloop™ is a bio-based, biodegradable cellulosic material produced from cellulose-based waste.
High water retention
RHEOLOGY CONTROL & SUSPENSION STABILITY
Re-Celloop™ provides high water-holding capacity, supports shear-thinning behavior, and improves suspension stability in aqueous systems.
High water retention
RHEOLOGY CONTROL & SUSPENSION STABILITY
Re-Celloop™ provides high water-holding capacity, supports shear-thinning behavior, and improves suspension stability in aqueous systems.
Reducing plastics, synthetic fibers
& chemical additives
A BIO-BASED FUNCTIONAL ALTERNATIVE
Re-Celloop™ enables the reduction of plastics, synthetic fibers, and chemical additives in selected applications.
Reducing plastics, synthetic fibers
& chemical additives
A BIO-BASED FUNCTIONAL ALTERNATIVE
Re-Celloop™ enables the reduction of plastics, synthetic fibers, and chemical additives in selected applications.
Lightweight functional reinforcement
ENHANCING STRENGTH AND STIFFNESS
Re-Celloop™ is a lightweight cellulosic material with high surface area that enhances strength and stiffness when incorporated into material formulations.
Lightweight functional reinforcement
ENHANCING STRENGTH AND STIFFNESS
Re-Celloop™ is a lightweight cellulosic material with high surface area that enhances strength and stiffness when incorporated into material formulations.
ALREADY TRUSTED BY
APPLICATION
high-performance 100% biobased packaging
Biodegradable, bio-based, and non-toxic, Re-Nano can be used to create the next generation of plastic-free packaging. It’s stronger than Kevlar, the material used in bulletproof vests, and a better barrier to oxygen than plastic.
APPLICATION
COSMETICS
Re-Nano™ microfibrillated cellulose enhances material strength and stiffness significantly, with even a small addition tripling stress resistance, making it ideal for high-performance reinforcement in BIO-Cosmetic applications. It stabilizes formulations without phase separation or thickening, increasing additive efficiency. Additionally, it ensures optimal spray performance with thixotropic rheology, preventing dripping and enabling easy spreadability, while synergizing well with co-thickeners. Its moisturizing benefits include a fresh skin-feel, quick absorption, and elimination of greasiness and tackiness.
APPLICATION
BIODEGRADABLE Runners Footwear
Re-Nano has the potential to reduce the carbon footprint of footwear production. Durable and energy-absorbing, it can be used to replace rubber in the soles of sneakers.
APPLICATION
printed electronics
Affected by magnetic and electrical fields, Re-Nano has great potential for use within the world of flexible-hybrid printed electronics. Its various applications include bio-friendly paper batteries, radio frequency identification (RFID) smart tags, and electronic memory cards and readers.
APPLICATION
high-performance 100% biobased packaging
Biodegradable, bio-based, and non-toxic, Re-Nano can be used to create the next generation of plastic-free packaging. It’s stronger than Kevlar, the material used in bulletproof vests, and a better barrier to oxygen than plastic.
APPLICATION
COSMETICS
Re-Nano™ microfibrillated cellulose enhances material strength and stiffness significantly, with even a small addition tripling stress resistance, making it ideal for high-performance reinforcement in BIO-Cosmetic applications. It stabilizes formulations without phase separation or thickening, increasing additive efficiency. Additionally, it ensures optimal spray performance with thixotropic rheology, preventing dripping and enabling easy spreadability, while synergizing well with co-thickeners. Its moisturizing benefits include a fresh skin-feel, quick absorption, and elimination of greasiness and tackiness.
APPLICATION
Runners Footwear Cellulose Nanofiber Biodegradable
Re-Nano has the potential to reduce the carbon footprint of footwear production. Durable and energy-absorbing, it can be used to replace rubber in the soles of sneakers.
APPLICATION
PRINTED ELECTRONICS
Affected by magnetic and electrical fields, Re-Nano has great potential for use within the world of flexible-hybrid printed electronics. Its potential applications include bio-friendly paper batteries, radio frequency identification (RFID) smart tags, and electronic memory cards and readers.
Want to integrate Re-Nano into your products?
