A new path to a circular industrial future

【IMPORTANT COMPLIANCE NOTICE】Your Priority Pass to the Future

This page currently serves only as a Priority Waitlist, intended to gauge the investment interest of early lead supporters.

Key point: We are not collecting any funds at this stage.

Once the total amount of waitlist commitments reaches the required threshold, the project — together with all complete legal documentation — will be formally launched on a UK equity crowdfunding platform regulated by the Financial Conduct Authority (FCA).

NPP: The Earth’s “Plant-Based Chip”

Over the past century, petroleum-based plastics have powered the rapid growth of global manufacturing and consumption. Yet their linear model—extract, produce, discard—has also created mounting environmental consequences that can no longer be ignored. From microplastic pollution to rising carbon emissions, and the accelerating pressure of global regulations and ESG requirements, businesses today are no longer asking whether to transform, but how to do so without sacrificing efficiency. It is within this context that NPP (Nature Plant Particle) emerges — offering a fundamentally new material logic that reconnects industry with nature.

NPP is a plant-based biomaterial that transforms natural structures into industrial-grade particles through advanced material engineering, making nature not just a raw input, but a functional and programmable system. Compared to the consumptive nature of traditional petrochemical materials, NPP embodies a circular design philosophy: it originates from nature and returns to it, leaving no long-term burden throughout its lifecycle.

This shift represents more than environmental improvement—it redefines industrial thinking. When materials themselves are designed to be circular, companies can integrate end-of-life considerations directly into product design, aligning production and regeneration within a single system. NPP is therefore not just a plastic alternative, but a foundational technology for sustainable supply chains.

Biodegradable by Design — Without Compromising Performance

At the core of NPP is the ability to balance performance with environmental responsibility, allowing businesses to move forward without trade-offs. Through precise material engineering, NPP maintains structural integrity and durability during use, with a temperature tolerance ranging from -20°C to 120°C, along with resistance to oil and acidic conditions, making it suitable for a wide range of consumer and industrial applications.

At the end of its lifecycle, the material naturally degrades within approximately 28 months, leaving no microplastics and requiring no toxic additives. From production to use and eventual reintegration into the environment, NPP maintains a high standard of safety for both human health and ecosystems, demonstrating that performance and sustainability can coexist.

Built on a Foundation of Global Certifications

For businesses, adoption of new materials depends on reliability, compliance, and verification. NPP has achieved multiple international certifications, including Germany’s DIN CERTCO bio-based certification, the U.S. BPI compostability standard, and TÜV Austria’s marine biodegradation verification. Together, these certifications validate both the material’s origin and its environmental compatibility.

More importantly, they reinforce a critical principle: the value of sustainable materials lies not only in their ability to degrade, but in the responsibility they uphold across their entire lifecycle. NPP establishes a material system that is both traceable and trustworthy.

Programmable “Timed Degradation”

One of NPP’s key innovations lies in its controllable lifecycle. Instead of passively waiting to degrade, the material is engineered to perform according to application needs. It maintains stability for up to approximately 20 months before use, ensuring safe storage and logistics, and then initiates its degradation process after use, entering its breakdown phase within approximately 90 to 120 days.

This concept of timed degradation enables companies to manage products more precisely from market entry to end-of-life. It reduces inventory loss while preventing long-term environmental accumulation, offering the predictability and control required for large-scale adoption.

From Material to Integrated Industrial Solution

Beyond performance, real-world adoption depends on cost efficiency and manufacturing compatibility. NPP is designed to integrate seamlessly with existing production processes, including injection molding, blow molding, extrusion, and foaming. In most cases, companies can transition without significant equipment changes.

This makes NPP not just a material innovation, but a practical, scalable solution — helping businesses move toward green manufacturing while maintaining operational efficiency. It transforms materials from a passive component into an active driver of industrial transformation.

Diverse Applications and Expanding Market Opportunity

As global standards for material safety and sustainability continue to rise, NPP demonstrates strong cross-industry potential, aligning with the rapidly growing green materials market. Key application areas include:

• Agriculture: Replacing conventional plastic mulch and planting containers, with materials that naturally decompose in soil, reducing residual pollution and cleanup costs.

• Food and Packaging: Producing heat-resistant, odorless straws and packaging that comply with both safety and environmental regulations.

• Medical, Beauty, and Cleaning Products: Suitable for high-purity, high-safety packaging and consumables, minimizing the risk of harmful substance release.

• Electronics: Engineered for functional properties such as anti-static protection, supporting high-precision component packaging.

These applications highlight NPP’s versatility and its readiness for mainstream supply chains. As sustainability shifts from a value-add to a baseline requirement, scalable and verifiable material solutions like NPP will become critical competitive assets — and NPP stands at the center of this transition.

Defining the Next Generation of Materials

We believe that materials are not just components of products, but the foundation that shapes the future of industry. NPP represents a shift away from oil dependency toward a system that coexists with natural cycles—where manufacturing is no longer synonymous with consumption, but part of a sustainable, regenerative process.

At this critical moment of transformation, we invite partners to join the NPP ecosystem in advancing materials, manufacturing, and markets together. When materials can be designed, verified, and ultimately returned to nature, a more stable and sustainable balance between industry and the environment becomes possible.

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