Why CXP?
To understand why CXP stands above other materials, we must look at two essential factors: Biological Adaptation and Economic Reality.
1. Nature’s Own Safety Standard
Most bio-plastics, such as PLA or PBAT, are synthetic polymers created by humans. While they are designed to be “eco-friendly,” their molecular structures are entirely new to nature. It takes millions of years for ecosystems to adapt to new substances, and until then, microscopic residues can still pose environmental risks.
CXP is different.
Our material is built from molecular structures that have existed in nature for hundreds of millions of years — derived from wood fibers, rice husks, and natural waxes. These are substances the Earth already understands and recycles effortlessly. Simply put, CXP is time-tested by nature itself.
2. The Economic Advantage
In Europe, a Plastic Tax of approximately €0.86 per kilogram is imposed on materials that contain synthetic polymers. Because most bio-plastics still rely on chemically altered compounds, they remain subject to this cost burden.
CXP, on the other hand, is made from naturally sourced, unmodified materials. This allows it to bypass the plastic tax entirely, offering a significant price advantage in global markets.
The Result:
By producing CXP , we achieve more than just environmental safety — we enable a new kind of economic opportunity.
CXP delivers a tax-efficient, globally competitive, and truly green solution, creating new jobs and driving local prosperity.
We are not simply replacing plastic. We are redefining the material economy — a cleaner, smarter future.
*Mechanical limitations of typical biodegradable plastics
Many commercially available biodegradable plastics still face mechanical limitations. They often show lower strength, durability, and impact resistance than conventional plastics, which restricts their use in demanding applications such as durable consumer goods or structural parts.
*How CXP is different
CXP is engineered to overcome these limitations. Across its different grades, CXP demonstrates well-balanced tensile strength, flexural strength, elongation, and Izod impact values, as shown in our material property data, while still relying on nature-based ingredients.
This allows CXP to replace conventional plastics in many real-world products without the typical trade-off in strength and toughness that is often associated with biodegradable materials.