CORNNEXT-17

Natural Solutions, Unlimited Possibilities

A simple combination of corn starch, enyzma and water

100% NATURAL SOLUTIONS

Cornstarch, Water & Natural Enzymes

100% PLASTIC FREE

No Plastic,No PLA,No PHA,No Resin

100% NATURALLY DEGRADABLE

Degrades in any natural environment in as little as 30days

The Power of CornNext-17

CornNext-17 is revolutionizing the industry with 100% natural materials, making sustainability effortless.

PAST
The Revolution Happened

From passion to the goal of creating a 100% natural material capable of replacing plastic and eliminating waste, Corn Next spent eight years on research and development. In 2023, we successfully invented and patented CornNext-17, a 100% natural polymer with the potential to replace most disposable plastic products on the market. We are proud to declare that our innovation has the power to transform the world.

PRESENT
The Impact

We have further expanded the applications of CornNext-17, broadening its potential across various industries.

  1. Our research efforts have successfully adapted our material for use in traditional extrusion, injection molding, and 3D printing technologies, making the transition from plastic to sustainable materials easier and more feasible than ever. By achieving this, we have truly maximized environmental impact most economically and practically, ensuring that sustainability is both accessible and effortful.

  2. Our R&D team is actively exploring advanced material blends by integrating CornNext-17 with other 100% natural components, such as graphene, to enhance its performance and expand its range of applications. This innovation allows CornNext-17 to go beyond the disposable products industry and extend into various packaging sectors, such as medical, beauty, automotive components, etc. By doing so, we are truly pushing the boundaries of sustainable materials, paving the way for broader real-world applications across multiple industries.

FUTURE
Unlimited Possibilities

The potential for CornNext-17 is limitless. Looking ahead, we aim to explore:

We are leveraging our core bio-enzyme fermentation technology to develop 100% natural and sustainable packaging materials by fermenting corn stalks, corn leaves, and plant fibers. This innovation aims to replace the majority of paper-based packaging currently on the market, effectively addressing the environmental impact of carbon emissions caused by traditional pulp production. Since our R&D and production processes are entirely based on natural fermentation, our materials are not only eco-friendly and biodegradable but also carbon-neutral throughout their life cycle. From production to the final product, we uphold a truly sustainable approach, ensuring that every step aligns with our commitment to environmental responsibility.

THE CORE OF INNOVATION

Over 8 years of research and development, CornNext-17 has evolved from a concept to a scalable reality.

CornNext-17 is a groundbreaking material developed by Corn Next, offering a sustainable, scalable, and cost-effective solution to the global plastic pollution crisis. 

Derived from renewable cornstarch, natural enzymes, and water, CornNext-17 utilizes a patented fermentation-based process to create a fully biodegradable material with superior versatility and performance. Unlike traditional plastics and bioplastics such as PLA, PHA, and PSA, CornNext-17 retains its natural polysaccharide structure, enabling rapid decomposition in as little as 30 days in natural environments while maintaining the mechanical properties necessary for diverse applications.

Why CornNext-17 Outperforms Traditional Materials

Cornext-17 outperforms traditional materials with its groundbreaking natural composition, superior performance, and eco-conscious lifecycle. Here’s how:

  1. Naturally Degradable, No Exceptions
    Unlike PLA and PHA, which require industrial or home composting and can take months or years to break down, CornNext-17 completely decomposes in as little as 30 days in any natural environment. No specialized facilities, no toxic residues, no microplastics—just pure sustainability.

  2. Purely Plastic-Free: Safe for Human Health, Soil, Water, and Air
    CornNext-17     contains zero plastics, synthetic resins, or chemical additives. Unlike traditional bioplastics, which rely on petroleum-based binders that release harmful by-products, CornNext-17 is made from just corn starch, natural enzymes, and water. Free from harmful chemicals, ensuring safety for human health and the environment throughout its lifecycle

  3. Seamless Manufacturing Integration
    Switching to a new material can be a challenge—but not with CornNext-17. It integrates flawlessly with existing manufacturing processes like injection molding, extrusion, and 3D printing, so you don’t need to invest in new machinery. No disruption, just innovation.

  4. Closed-Loop Recycling
    Can be repurposed as animal feed or soil fertilizer after use. As it decomposes, it enriches the soil with its organic content, promoting healthier ecosystems. This innovative recycling process ensures that CornNext-17 leaves no waste behind, supporting sustainable agriculture and reducing environmental impact.

  5. Cost-Efficient and Scalable
    Sustainability doesn’t need to come at a premium. CornNext-17 is engineered for high-yield, low-waste production, making it more cost-effective than traditional bioplastics. With scalable facilities like our planned Decatur plant, Corn Next is poised to meet growing demand without compromising quality or environmental impact.

INDUSTRY APPLICATIONS

CornNext-17’s unmatched versatility positions it as the future of materials across a wide range of sectors. We’re not just replacing plastic—we’re transforming industries with scalable, sustainable solutions:

  • Packaging: Ideal for food packaging, e-commerce materials, and retail packaging, CornNext-17 offers the perfect balance of durability and composability.

  • Agriculture: From biodegradable mulch films to plant pots and eco-friendly packaging, CornNext-17 supports healthier soils and reduces plastic waste.

  • Consumer Goods: Eco-conscious consumers are driving demand for disposable cutlery, straws, and bags made from CornNext-17, offering an environmentally responsible choice.

  • Industrial Use: CornNext-17 is the ideal solution for replacing single-use plastics, empowering companies to achieve their sustainability goals.

  • Automotive: Used in the production of lightweight, biodegradable components, CornNext-17 gives car manufacturers a sustainable edge in the race for green innovation.

  • Textiles & Fashion: CornNext-17 is being tested for use in biodegradable fabrics and eco-friendly packaging, positioning it as a game-changer in the fashion industry’s sustainability shift.

  • Healthcare: Combining antibacterial properties with composability, CornNext-17 is transforming medical packaging with a sustainable edge.

  • Construction: As part of insulation and composite panels, CornNext-17 supports the construction industry’s push towards greener building practices.

  • Consumer Electronics: Durable yet biodegradable casings and accessories crafted from CornNext-17 are helping reduce electronic waste without sacrificing performance.

  • Sporting Goods: CornNext-17 merges performance with sustainability in sporting equipment and accessories, reducing the environmental footprint of an active lifestyle.

  • Office Supplies: From biodegradable stationery to eco-conscious packaging,

  • Perfect for products produced by extrusion molding and can produce various models of straws, rods, thin sheets and similar products.

  • Optimized for products produced by injection molding and can produce a variety of spoons, knives, forks, plates, trays and similar products.

  • Corn Next is pushing the frontier of sustainable materials science by enhancing CornNext-17 with Graphene, a nanomaterial renowned for its unparalleled mechanical, thermal, and electrical properties. By integrating Graphene into our patented biopolymer, we are unlocking new performance capabilities that extend beyond traditional biodegradable applications.

    Key Benefits of Graphene-Enhanced CornNext-17

    ✔ Tensile Strength: Reinforces structural integrity, enabling use in high-load industrial applications.
    ✔ Thermal Resistance: Enhances heat dissipation, making the material viable for elevated-temperature environments.
    ✔ Electrical Conductivity: Expands functionality into smart devices, flexible electronics, and advanced engineering solutions.