ORGANIC NANOCARBO™

Designed for vegan leather manufacturers.

Built on the natural strength of walnut shell.

The first reinforcing additive material comparable to animal leather in durability and color stability. Already in use for premium-grade vegan leather.

When applied in the production of bacterially modified cellulose, the result is leather that meets FIFA standards.

This is a paradigm shift in the vegan leather industry, not just another improvement.

the end of the animal-leather argument

— easily integrates into all plant-based formulas

of vegan leather manufacturers without altering the production process

ORGANIC NAVIGATION 👉 ️

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From Premium Leather to FIFA Standard

EVERY M² OF ORGANIC NANOCARBO™
MEANS LESS SUFFERING FOR DEFENSELESS ANIMALS,
LESS CO₂ THANKS TO A CLOSED AND ZERO-WASTE PRODUCTION CYCLE,
AND MORE HOPE FOR THE PLANET.

Our plant-based micropowder is created without animal harm,
with zero industrial waste, and with a carbon footprint close to zero.
It supports a future where high-performance materials no longer depend on animal exploitation or energy-intensive processes.
By choosing ORGANIC NANOCARBO™, you support responsible manufacturing — gaining both strength and quality.
photo: animals do not belong to us to wear. it is time to stop their suffering.
Sustainable and ethical alternatives exist — and they’re better for the planet !

ECO-FRIENDLY PRODUCTION OF PLANT-BASED BOOSTER FILLER FROM WALNUT SHELL
FOR VEGAN LEATHER PRODUCTION
The only plant-based material that can drive bio-reactor cellulose to FIFA-level performance.

We are a small family-owned artisan business creating eco-friendly plant-based material for next-generation vegan leather. Our mission is to support vegan leather innovators and their sustainable development of ecological production.
VIDEO OF OUR PRODUCTION

Walnut shell layers
An eco-friendly plant-based alternative to leather innovative production of high-quality additives from agricultural
by-products

ORGANIC NANOCARBO™ is a 100% plant-based micropowder obtained from peeled walnut shell layers, carefully formulated to be compatible with other plant-based ingredients

Unlike fully industrially purified nutshells, Ukrainian walnut shells retain naturally occurring microstructures — from epicarp layers to trace fat residues and lignin bridges — which form the foundation of our five-fraction ORGANIC NANOCARBO™ architecture.

  1. Epicarp (outer layer)
  2. Mesocarp (middle layer)
  3. Endocarp (inner layer)
  4. Seed membrane
  5. Walnut kernel fragments

By incorporating this into the production of vegan leather, manufacturers create a product with technical characteristics indistinguishable from traditional animal leather.

Ultra-fine plant-based powder: 0.001–0.1 mm (1–100 μm) for seamless blending and deep integration into vegan leather compositions.

Our material is the only plant-based raw material proven to function in bioreactors for producing bacterial or bio-modified cellulose, enabling vegan leather to reach the performance standards required for FIFA-level applications. The presence of these natural components is the guarantee of success: walnut shell contains up to 60% cellulose and up to 30% lignin — the key factors behind its intrinsic strength and durability. The remaining fraction is made up of extractives and mineral ash, which further reinforce the stability of the structure.

Average chemical composition of dried walnut shell:

  • α-Cellulose: 25–30%
  • Hemicellulose: 20–25%
  • Lignin: 30–35%
  • Extractives (phenolics, tannins, fats, sugars): 5–8%
  • Ash (minerals such as Ca, K, Mg, Si, Fe): 1–2%

👉 Simplified formula often cited in industrial practice:

Cellulose (including hemicellulose) 40–60% / Lignin 20–30% / Balance — extractives and ash.

The Role of Lignin in ORGANIC NANOCARBO™

Unlike in paper pulp or bioethanol production, where lignin is often considered an impurity, in advanced vegan leather and bio-composites lignin is a natural advantage. With 20–30% lignin content, walnut shell powder provides a crystalline framework that:

·         strengthens tensile performance and durability,

·         increases resistance to cracking and moisture,

·         ensures long-term stability without synthetic nanofillers.

This natural balance of cellulose, hemicellulose, and lignin makes ORGANIC NANOCARBO™ uniquely suitable for high-performance materials, including vegan leather that can meet FIFA-level standards.

The Advantage of 60% Cellulose in ORGANIC NANOCARBO™

With a naturally high cellulose content of around 60%, walnut shell powder provides a stable growth medium for bacterial and modified cellulose. This crystalline fraction not only supports film formation and fiber reinforcement but also ensures efficient bonding with pigments. As a result, ORGANIC NANOCARBO™ enables scalable, high-performance vegan leather production without the need for synthetic additives.


🛡️ BIOLOGICAL STABILITY AND SHELF LIFE

ORGANIC NANOCARBO™ resists mold and microbial degradation during use, ensuring long-term stability and performance.

At the same time, the material is fully plant-based and can be responsibly disposed of through industrial composting programs.

Durable in use. Sustainable in the end.

• Fully dry — contains no moisture and no nutrient medium for microorganisms

• Requires no special storage conditions

• Can be stored for years without any visible changes

• Shelf life: unlimited

Plant-Based Compatibility
Part 1
⬇️
ORGANIC NANOCARBO™ It blends perfectly with other plant-based components used in vegan leather formulations.
The multi-fractional structure is compatible with all existing types of vegan leather.


Adding ORGANIC NANOCARBO™
to plant-based formulations enhances vegan leather to premium leather goods standards.
Vegan leather producers easily add the booster to current production — no equipment changes or additional costs.

Thanks to its unique formula, it can truly help stop the suffering of defenseless animals!



Here you can view data on the reduction dynamics of animal usage in leather production and the list of animals replaced by our material.

⬇️

"Animal Use Reduction by Material Type"


Integration with plants and cellulose
Sample Formulations — Material Combination Examples taking into account the requirements of FIFA standards.
Part 2
⬇️

The first reinforcing additive material comparable to animal leather in durability and color stability. Already in use for premium-grade vegan leather.

When applied in the production of bacterially modified cellulose, the result is leather that meets FIFA standards.

Vegan leather producers easily add the booster to current production — no equipment changes or additional costs.
Here you can view the list of compatible materials and examples of typical formulations.
  • Plant-based leather formulation using ORGANIC NANOCARBO™ [Apple waste] [Grape pomace] [Mycelium base]
  • Cellulose from walnut shells — the pathway to high-strength materials, while maintaining or even surpassing the mechanical performance demanded in FIFA-level equipment.
  • Sample Bio-Reactor Pathways — 100% ORGANIC NANOCARBO™ Integration for FIFA-Grade Vegan Leather

Technical parameters

Part 1

⬇️

Innovative Plant-Based Material from Walnut Shell for Enhancing Vegan Leather:


Scientific Research and Developments Providing Durability, Strength, and Elasticity to Vegan Alternatives of Traditional Leather animal



Innovative Plant-Based Material from Walnut Shell for Enhancing Vegan Leather:

Scientific Research and Developments Providing Durability, Strength, and Elasticity to Vegan Alternatives of Traditional Leather animal

Scientific Research and Comparative Advantages of Existing and Our Plant-Based Material for Vegan Leather Production.
In recent years, eco-friendly and innovative materials have become not just a trend but a necessity for sustainable industrial development. Among such materials, ORGANIC NANOCARBO™, a plant-based micropowder additive made from recycled walnut shells, stands out. This component, created using biotechnological methods, significantly improves the properties of vegan leather, giving it exceptional strength, hardness, and durability.
Our research shows that walnut shell, thanks to its natural strength and pigment release, retains its high strength and hardness even in processed form as a micropowder, making it an indispensable component for vegan leather manufacturers aiming to create a material whose strength is comparable to that of traditional leather — and confidently claim its place in the premium leather segment.
The Advantage of 60% Cellulose in ORGANIC NANOCARBO™
With a naturally high cellulose content of around 60%, walnut shell powder provides a stable growth medium for bacterial and modified cellulose. This crystalline fraction not only supports film formation and fiber reinforcement but also ensures efficient bonding with pigments. As a result, ORGANIC NANOCARBO™ enables scalable, high-performance vegan leather production without the need for synthetic additives.
The Role of Lignin in ORGANIC NANOCARBO™
Unlike in paper pulp or bioethanol production, where lignin is often considered an impurity, in advanced vegan leather and bio-composites lignin is a natural advantage. With 30–35% lignin content, walnut shell powder provides a crystalline framework that:
·         strengthens tensile performance and durability,
·         increases resistance to cracking and moisture,
·         ensures long-term stability without synthetic nanofillers.
This natural balance of cellulose, hemicellulose, and lignin makes ORGANIC NANOCARBO™ uniquely suitable for high-performance materials, including vegan leather that can meet FIFA-level standards.

Technical Parameters & Biological Research

Part 2
⬇️

ANIMAL USE REDUCTION POTENTIAL WITH ORGANIC NANOCARBO™: SCIENTIFIC EVIDENCE, VISUAL PROOF

From Premium Plant-Based Leather To FIFA Standard
Every bar in this chart, every number in this table — it's not just data. It's evidence that ORGANIC NANOCARBO™ enables a measurable reduction in animal exploitation by providing a high-performance alternative for plant-based leather.
From fashion to accessories, from footwear to upholstery. From Premium Leather to FIFA Standard — our plant-based material helps manufacturers move away from animal-derived sources without compromising quality.
You can see it: our additive increases structural compatibility, pigmentation strength, and long-term durability — which leads to significantly higher substitution rates compared to standard plant leathers.
STOP ANIMAL CRUELTY — SEE THE FACTS-- (Video)

⬇️ Explore the comparison. Use the evidence. Make the switch.

Support for Innovators in Vegan Leather:
ORGANIC NANOCARBO™ — The №1 Plant-Based Color Enhancer for Superior Pigmentation and Color Properties in Vegan Leather Production

🎨 COLOR PROPERTIES AND THERMAL ACTIVATION
ORGANIC NANOCARBO™ influences the final color of vegan leather through built-in natural pigment components located in the anatomical layers of walnut shells. This enables a stable, natural palette — from light wood-like tones to deep browns.

🟤 1. STANDARD PROCESSING (NO BOILING)

When the powder is added to the base plant compound without additional thermal activation:

  • Light, wood-like, and slightly nutty tones appear
  • Color is distributed evenly throughout the matrix
  • Natural appearance and stability are preserved — even after embossing and finishing
  • No fading effect over time

This mode is ideal for formulations where dark tones are not required, e.g., for materials with “eco” or “raw” styling.


🌑 2. THERMAL ACTIVATION – COLOR ENHANCEMENT

When heated or boiled within the composition, natural pigment release is triggered — primarily from the endocarp and kernel membranes, which contain:

🧪 Iodine-based and phenolic compounds:

  • Organically bound iodine in membrane structures reacts with phenolic groups (such as tannins)
  • Upon heating, these compounds oxidize and polymerize, intensifying the dark tones
  • This results in a deep, stable, and noble brown shade — unachievable with synthetic dyes

In addition, iodine and tannin compounds act as natural color fixatives, stabilizing the color throughout the mass and preventing washout or UV fading.


🎛 COLOR CONTROL BY MANUFACTURER

The manufacturer can choose the processing mode:

  • Without thermal activation → light, natural tones
  • With activation → rich, dark, premium shades

In both cases, the following are preserved:

  • Increased tear resistance
  • Pigment stability
  • Full compatibility with standard manufacturing processes

📌 BENEFITS FOR MANUFACTURERS

  • Deep, natural color — without dyes
  • Tunable color depth within the same product
  • Stable coloration — after drying, embossing, and finishing
  • Easy integration — only temperature adjustment required


WE PROVIDE INNOVATORS IN MODERN VEGAN LEATHER WITH ADVANCED TECHNOLOGY AND A SUSTAINABLE METHOD TO CREATE A ECO-FRIENDLY FUTURE

YOU CAN ALREADY TEST OUR MICROPOWDER BOOSTER IN YOUR PRODUCTION BY ADDING IT TO YOUR VEGAN COMPONENT FORMULATION MADE FROM ANY TYPE OF PLANT.
When placing your order, we will also provide you with the full R&D_ORGANIC NANOCARBO™ technical documentation to ensure a clear understanding of its properties and smooth integration into your production process.
ORDER SAMPLE & R&D DOCS

Vegan Materials Comparison


and a Little About the PUZZLE MATERIALS Project on CORDIS (Official European Commission Database) and Related Scientific Publications

PUZZLE MATERIALS — Sustainable Material Solutions from Walnut ShellsOverview:
PUZZLE MATERIALS is a Horizon Europe research project focused on transforming walnut shells into high-performance, eco-friendly materials.
The project develops innovative processes to dissolve the unique 3D puzzle-cell structure of the shell, recover lignin, and integrate it into biopolymers. Applications include NUTleather (a plant-based leather alternative) and NUTplastic (biodegradable plastic with improved strength).
Key Innovations:
  • Utilization of walnut shell’s naturally interlocked cell structure for mechanical strength.
  • Recovery and valorization of lignin and cellulose.
  • Development of sustainable composites with high durability and flexibility.
  • Potential applications in fashion, automotive, and packaging industries.
Links:
Coordinator — University of Natural Resources and Life Sciences (BOKU), Vienna: https://www.boku.ac.at

SCIENTIFIC EVIDENCE OF WALNUT SHELL STRENGTH AND ITS POTENTIAL IN COMPOSITES
Based on research by SEBASTIAN ANTREICH, NANNAN XIAO, JESSICA C. HUSS, NILS HORBELT, MICHAELA EDER, RICHARD WEINKAMER, and NOTBURGA GIERLINGER

1. Antreich et al., 2019 – The Puzzle of the Walnut Shell: A Novel Cell Type with Interlocked Packing
Unique polylobate sclereids form a 3D structure that prevents crack propagation under load. The tensile strength is higher than that of pine cone scales.
Publication: https://www.ncbi.nlm.nih.gov/pmc/articles
Author: https://www.researchgate.net/profile/Sebastian-Antreich

2. Antreich et al., 2022 – The walnut shell network: 3D visualisation of symplastic connections
Detailed 3D visualisation of walnut shell cell architecture, showing the interconnected network of cells and its influence on mechanical strength.
Publication: https://link.springer.com/article/10.1007/s00425-022-03960-w
Author: https://www.researchgate.net/profile/Sebastian-Antreich

3. Antreich et al., 2024 – A belt for the cell: Cellulosic wall thickenings and their role in morphogenesis of the 3D puzzle cells
Microscopic studies showed that cellulose wall thickenings guide growth and shape formation of the 3D puzzle cells.
Publication: https://doi.org/10.1093/jxb/erab197
Author: https://www.researchgate.net/profile/Sebastian-Antreich

4. Xiao et al., 2020 – From the Soft to the Hard: Changes in Microchemistry of the Walnut Shell during Development
Short description: During maturation, walnut shell increases in lignin and cellulose content, enhancing protective and mechanical properties.
Publication: (alt: Frontiers full text — https://www.frontiersin.org/journals/plant-science/;)
Author: https://www.researchgate.net/profile/Nannan-Xiao

5. Xiao, 2021 – Nutshell structures for high strength and energy absorption
The lignin–carbohydrate framework forms thick-walled puzzle cells capable of absorbing substantial mechanical loads.
Publication: https://pmc.ncbi.nlm.nih.gov/articles/PMC8355673/
Author: https://www.researchgate.net/profile/Nannan-Xiao

Comparison of Shore A/D and Mohs hardness of materials used in vegan leather production

Hardness chart showing ORGANIC NANOCARBO™ based walnut shell outperforming other plant-based materials

Export & Delivery Terms:

  • Export-ready ORGANIC NANOCARBO in 15kg lined paper bags
  • whether in 300 kg. BIG BAGS
  • Free lab-scale samples for initial testing

As a B2B exporter, ORGANIC NANOCARBO™ delivers materials under internationally recognized Incoterms 2020.


We offer flexible and transparent delivery options to suit your production and logistics needs:

CPT (Carriage Paid To) – We organize and pay for delivery to the agreed destination (e.g., Warsaw, Berlin, Milan), while transfer of risk occurs once the goods are handed over to the first carrier.


DAP (Delivered At Place) – We deliver the goods directly to your facility; customs clearance in the destination country remains the responsibility of the buyer.


FCA (Free Carrier) – For customers with their own logistics partners, we can hand over the goods at our designated point in Kyiv.


Each shipment includes proper documentation and eco-conscious packaging to ensure a smooth and sustainable delivery process.

♻️ Our Vision: Circular Process & Ultra-Low Carbon Footprint
At the core of our philosophy is a commitment to a truly sustainable future. We believe that innovation should arise not only from advanced technologies, but from deep respect for nature, resources, and life on Earth.


Our plant-based booster powder, ORGANIC NANOCARBO™, is developed in line with the principles of a circular economy. We use only by-products from walnut shell processing — natural raw material that would otherwise become waste. This approach not only reduces environmental pressure, but also gives new value to overlooked plant resources.
We do not use water, chemical additives, or thermal energy. Our logistics follow a low-emission model, with a preference for rail transport over carbon-intensive methods. Our production process is designed for carbon-conscious operation, minimizing CO₂ emissions at every stage and avoiding environmental harm.
🌱 Our goal is to be part of a genuinely sustainable ecosystem, where each step — from raw material collection to finished product — leaves the smallest possible trace on the planet.
🌀 We strive for full circularity, where reuse and regeneration are not exceptions, but the standard.

Why choose us ?

Choosing
ORGANIC NANOCARBO™ means choosing a paradigm shift, not just another improvement.

We offer an innovative next-generation material that provides a sustainable alternative for the leather industry. We are making an important step towards reducing the need for animal-based materials and significantly minimizing the depletion of natural resources. We uphold ethical and ecological values, contributing to a more sustainable future

✅ High quality indicators of products

The key advantage of our booster over other plant-based materials is its high strength, flexibility, embossing resistance, and durability.



✅ Innovative materials

Crafted from natural walnut shell components in a precisely calibrated ratio, our plant-based booster embodies our commitment to innovation and sustainability. Its exclusive formula delivers outstanding strength and color performance in vegan leather production.

✅ Cost-free material integration for manufacturers

Moreover, it integrates easily into existing production lines without the need for additional equipment, making it an ideal filler for sustainable material innovators and vegan leather manufacturers worldwide.



✅ We offer a complete alternative to the use of animal leather!

All plant-based compositions for the production of vegan leather, to which ORGANIC NANOCARBO™ will be added, will acquire strength comparable to traditional animal leather, while maintaining excellent color durability and a wide range of natural shades. This addresses the global challenge of finding a high-quality and eco-friendly alternative — a full replacement for animal leather


✅ A Low-Carbon Solution for Vegan Leather Production and the Leather Industry

ORGANIC NANOCARBO™ provides exceptional strength and durability, and is produced with a significantly lower carbon footprint. If adopted by the leather industry, it would also reduce carbon emissions during production. This high-performance, eco-friendly material offers a sustainable, effective replacement for animal leather with minimal environmental impact.




✅ 🛡️ Biological stability and shelf life

ORGANIC NANOCARBO™ resists mold and microbial degradation during use, ensuring long-term stability and performance.

At the same time, the material is fully plant-based and can be responsibly disposed of through industrial composting programs.

Durable in use. Sustainable in the end.

• Fully dry — contains no moisture and no nutrient medium for microorganisms

• Requires no special storage conditions

• Can be stored for years without any visible changes

• Shelf life: unlimited

FAQ

ORGANIC NANOCARBO™


Key Answers for the Vegan Leather Industry


Answers to 7 key questions from manufacturers about performance, integration, and how this material changes the market forever.




❓ What makes ORGANIC NANOCARBO™ a paradigm shift rather than just an incremental improvement

ⒶORGANIC NANOCARBO™ is a multi-fractional, plant-based booster from walnut shells that turns vegan leather into a no-compromise material. It reinforces the matrix, locks in pigments, and lifts durability and elasticity to a premium level—so manufacturers can finally match or surpass animal leather without changing their technology.



❓ How does it eliminate the last argument for animal leather (quality and look)

ⒶBy delivering premium durability, high elasticity, crisp embossing retention, and superior color fastness, ORGANIC NANOCARBO™ removes the “but animal leather is better” narrative. The result is a premium, cruelty-free surface that meets brand expectations for feel, optics, and long-term wear.




❓How smoothly does it integrate into existing production

ⒶIt’s a drop-in functional additive/filler for plant-based leather formulations. No process change, no special equipment: manufacturers keep their current workflow and recipes while gaining immediate performance and consistency benefits.




❓ Which performance metrics are critical — and how does ORGANIC NANOCARBO™ enhance them

ⒶKey metrics for the premium segment include: tensile strength, abrasion resistance, crease/flex resistance, elasticity, dimensional stability, and color fastness. In addition, ORGANIC NANOCARBO™ improves moisture resistance and weather durability (water, rain, snow, humid climates). It also enhances pigment retention and embossing clarity—both essential for premium finishing.





❓ What industry-level change does adoption unlock

ⒶIt ends the quality trade-off. Producers can position plant-based leather as a first-choice premium material, reduce rejects, stabilize color across runs, and open higher-margin SKUs. That shifts the sector from “alternative” to “new standard” and accelerates the move away from animal hides.




❓What about reliability, storage, and lifecycle considerations

ⒶORGANIC NANOCARBO™ is stable in storage (not prone to mold; effectively unlimited shelf life under normal dry conditions) and designed for repeatable, scalable use in industrial settings—supporting consistent quality over time.





❓ How does adoption contribute to reducing animal slaughter

ⒶBy elevating the quality and longevity of vegan leather to match or surpass animal leather, ORGANIC NANOCARBO™ becomes a true replacement in the premium segment. This removes the main argument for using animal hides and drives a systemic reduction in demand for animal-based materials—directly lowering industrial slaughter rates.

ABOUT US

We are a small family-owned artisan company based in Kyiv, Ukraine, dedicated to creating eco-friendly plant-based materials for the next generation of vegan leather.

We specialize in processing walnut shells into a fine plant-based microbooster powder, exported to vegan leather manufacturers across Europe under the name ORGANIC NANOCARBO™.

Our booster enhances durability, flexibility, embossing resistance, and color richness when blended with other plant-based components.

Beyond its use as a booster in plant-based leathers, our walnut shell micro-powder opens new horizons in the field of advanced biocellulose production. By integrating ORGANIC NANOCARBO™ into the fermentation or blending process, manufacturers can obtain next-generation biocellulose sheets and composites with superior mechanical strength, elasticity, and surface integrity. This unique reinforcement makes it possible to achieve performance parameters that meet and even exceed the most stringent standards of professional sports equipment — including FIFA-level quality requirements for vegan leather used in footballs and accessories. Our innovation empowers material developers to create truly sustainable, cruelty-free biocellulose products, tailored for both fashion and high-performance applications.

Our mission is to provide eco-conscious manufacturers with innovative, high-quality natural additives made from agricultural byproducts.

EVERY M² OF ORGANIC NANOCARBO™ MEANS LESS SUFFERING FOR DEFENSELESS ANIMALS, LESS CO₂ THANKS TO A CLOSED AND ZERO-WASTE PRODUCTION CYCLE, AND MORE HOPE FOR THE PLANET.

Please fill out the request form to receive our innovative plant-based material for your production, along with the full R&D ORGANIC NANOCARBO™ technical documentation for smooth integration into your process.

Please indicate the approximate quantity of plant-based booster you require.
Once we receive your request, our team will contact you to confirm the details and
provide the full R&D ORGANIC NANOCARBO™ technical documentation for smooth integration into your production.

R&D PDF ORGANIC NANOCARBO™ in Plant-Based Leather Formulations, Part 1
R&D PDF ORGANIC NANOCARBO™ in Bioreactors for Bacterial Cellulose, Part 2
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You can also reach us directly by phone or email.

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Kyiv, Ukraine

📞 Phone: +38 (067) 942-24-23
📧 Email:vegan1booster@organic-nanocarbo.com

There are sustainable and ethical alternatives - and they're better for the planet!

By choosing them, we save animals, support local economies, and reduce our carbon footprint!

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ALL RIGHTS RESERVED 2025
ORGANIC NANOCARBO™
Certified PETA-Approved Vegan

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