Re-Celloop - Re-Fresh Global- Turning textile waste into new raw materials

Re-Celloop™ – Advanced Cellulosic Material from Textile Waste
A high-performance, circular cellulosic material engineered from textile waste for multiple industrial applications. Designed for consistent quality, controlled composition, and seamless integration into existing manufacturing processes.

Material Foundations

Circular feedstock

Fully bio-based & recyclable

Microplastic-free by design

Its performance advantage starts at the material level – in a never-dried, hydrated cellulose structure that preserves accessible surface area, enabling superior hydration, dispersion, and functional performance.

What is Re-Celloop™?

Re-Celloop™ is a regenerated cellulosic material and high-purity alternative to wood or oil-based materials. Using zero-cost, clean feedstock and an low energy process , it delivers up to 50% lower cost and an 85% smaller carbon footprint than conventional nanocellulose.

Through its proprietary process, Re-Celloop™ transforms cotton-rich textile waste into a consistent, high-performance cellulose stream for coatings, packaging, cosmetics, and composites, enabling true circularity without compromising performance or reliability.

Why Never-Dried Matters

The never-dried form of an Advanced Cellulosic Material preserves its naturally hydrated structure, allowing it to interact more effectively with water compared to conventional dried cellulose powders. This results in higher water-holding capacity, easier dispersion, and stronger performance in aqueous systems.

When cellulose is dried, it undergoes irreversible structural changes known as hornification. During this process, internal pores partially collapse, reducing the material’s ability to swell, rehydrate, and interact with water. As a result, dried cellulosic materials often show limited redispersibility, lower viscosity development, and less reliable performance in formulations.

By remaining in a never-dried state, Re-Celloop™ maintains its open, hydrated structure. This enables more uniform dispersion, higher body at equivalent solids content, and more consistent rheological performance in water-based formulations. For formulators, this translates into smoother textures, improved stability, and predictable behavior across a wide range of applications.

APPLICATIONS

Cosmetics & personal care

From textile to clean beauty.
Re-Celloop™ brings the power of circular cellulose into next-generation skincare and cosmetic formulations. It replaces microplastics and synthetic rheology modifiers with a bio-based, formulation-friendly alternative that delivers stability, suspension, and an elegant sensory profile.

Naturally better texture – from the inside out.
Thanks to its never-dried cellulose structure, Re-Celloop™ retains its natural hydration and blends seamlessly into water-based cosmetic systems. This results in smoother textures, enhanced creaminess, and a refined, soft skin feel compared to conventional dried cellulose powders – without tackiness.

In addition, the hydrated structure allows Re-Celloop™ to disperse easily in aqueous phases, avoiding the need for aggressive high-shear homogenization and simplifying formulation and scale-up.

Performance highlights:
• Stabilizes emulsions and suspends pigments in creams, gels, and serums
• Enhances sensory performance with a smooth, non-sticky, powdery feel
• Improves texture and spreadability in clean-label formulations

Ideal for: Moisturizers, sunscreens, cleansing gels, foundations.

Coatings & Paints

Effortless dispersion. Reliable performance.
Re-Celloop™ brings circular, bio-based cellulose performance into modern coating and paint formulations. It serves as a renewable alternative to synthetic thickeners and microplastics while supporting rheological control, film strength, and pigment stabilization.

Never-dried performance – built for water-based systems.
Supplied in a hydrated, never-dried form, Re-Celloop™ disperses easily and uniformly in aqueous coating systems. By avoiding the structural damage caused by drying, it integrates smoothly into formulations without aggressive mixing or complex processing steps.

The result is predictable rheology, improved suspension stability, and consistent film performance – making Re-Celloop™ a smart, formulation-friendly choice for next-generation, water-based coatings and paints.

Performance highlights:
• Improves rheological control and flow behavior
• Enhances pigment dispersion and long-term suspension stability
• Supports film integrity and crack resistance
• Enables lower binder content and reduced VOC formulations

Ideal for: Architectural paints, barrier and paper coatings, and functional films.

Packaging & Barrier Coatings

Circular cellulose for stronger, lighter, and more sustainable packaging.
Re-Celloop™ brings circular, high-performance cellulose into fiber-based packaging systems. Acting as a natural binder and strength enhancer, it improves surface properties, printability, and barrier performance – without relying on virgin fiber or synthetic additives.

Building better barriers with hydrated cellulose.
By preserving its never-dried, hydrated structure, Re-Celloop™ distributes evenly within water-based coatings and fiber matrices, enabling the formation of uniform, dense layers on paper and molded fiber substrates. This supports consistent film formation, improved coating integrity, and enhanced resistance to oil, grease, and oxygen.

The result is high-performance, fiber-based packaging that combines strength, lightweighting, and recyclability, while supporting reduced fiber content and more efficient material use.

Performance highlights:
• Increases tensile and burst strength in fiber-based packaging
• Enhances resistance to oil, grease, and oxygen
• Enables lightweighting and fiber reduction
• 100% bio-based and recyclable

Ideal for: Paper coatings, molded fiber packaging, and functional barrier layers.

R&D and Advanced Applications

A versatile platform for innovation, prototyping, and material development.
Re-Celloop™ enables collaborative R&D across industries seeking to design the next generation of bio-based materials. Its adaptable cellulose structure supports reinforcement, lightweighting, and improved bonding across a wide range of engineered systems.

From textile-to-textile regeneration and bio-composites to advanced functional additives, Re-Celloop™ provides a consistent, circular cellulose building block for material scientists and R&D teams to explore, formulate, and scale sustainable innovation.

Ideal for: Proof-of-concept studies, custom formulations, pilot-scale trials, and cross-sector material research.

Product Benefits

Bio-based replacement
for synthetic additives

Lightweight strength reinforcement

Rheology control
& suspension stability

Flexible yet strong
systems

Why Choose Re-Celloop™?

Combines sustainability with technical performance
Reduces dependency on virgin cellulose and land-intensive cultivation
Enables circular economy pathways for textile waste
A versatile material adaptable to diverse industrial needs
Backed by scientific expertise, rigorous testing, and scalable process engineering

FAQs

Can I receive a tailored grade?

Yes, we support custom formulations based on application needs.

Do you support pilot lines or co-development projects?

Absolutely. We collaborate with partners across multiple industries.

What is the minimum order for samples?

Small R&D samples are available, pilot-scale quantities upon request.

LEARN MORE ABOUT THE POSSIBILITIES

Eco-Revolution in Cosmetics: Harnessing the Power of Re-Celloop™ Nanocellulose for Sustainable Beauty

Unlocking the Future of Bio-Packaging with Nanocellulose: A Sustainable Revolution

Interested in testing Re-Celloop™ in your products or formulations?