ECOR panels are primarily made from recycled cellulose fibers (sometimes referred to as
FiberAlloy™) sourced from local residual flows, which can include:
• Urban waste (e.g., recycled paper, cardboard).
• Agricultural by-products (e.g., corn/wheat fibers, hemp, spent brewer’s grain).
• Industrial waste (e.g., industrial dryer lint, textile waste).
The material is 100% bio-based and holds a USDA certification.
The ECOR manufacturing process is a clean technology that uses a combination of recycled
cellulose fibers, heat, pressure, and water to bind the material.
Crucially, no toxic chemicals, urea-formaldehyde, VOCs (Volatile Organic Compounds), or
petrochemical glues/binders are added. This results in a naturally non-toxic product that is safer
for both people and the planet. The process utilizes the natural binding properties of lignin in the
cellulose fibers.
ECOR material is versatile and is used for a variety of interior, display, and construction
applications. Common uses include:
• Furniture and Fixtures (e.g., tabletops, chairs, office partitions).
• Retail Environments and Displays (e.g., high-quality printing media for signage and point of-purchase displays).
• Flooring (ECOR-Ply WR is approved for use by a large flooring manufacturer).
• Secondary Packaging (e.g., fully recyclable “tear sheets” to replace plastic for protecting
fragile cargo on pallets).
• Temporary or Permanent Wall Partitions.
ECOR contributes by implementing a scalable, closed-loop circular system:
• Eliminates Waste: It converts cellulose-based waste that would otherwise go to landfills or
incineration into valuable, durable products.
• Replaces Virgin Materials: It directly replaces panel materials that rely on cutting down
trees and using petro-chemicals.
• Full Recyclability: ECOR-1 material is designed to be fully recyclable, meaning it can be
used as feedstock to create new ECOR products, perpetuating the cycle.
• ESG Strong: Incorporating ECOR products helps companies achieve their Environmental, Social, and Governance (ESG) commitments by demonstrating tangible carbon reduction
and circularity.
Yes, ECOR-1 material is 100% fully recyclable and designed to be used as feedstock for new ECOR products at the end of its useful life. Depending on the application, ECOR panels have a durable useful life of 10 to 20 years.
| Feature | ECOR | Traditional Composites (MDF/Plywood) |
|---|---|---|
| Raw Material | Recycled waste fibers (urban, farm, forest) | Virgin wood fibers or veneers |
| Binders/Glues | None added (natural lignin binding) | Formaldehyde and petrochemical-based glues |
| Toxicity | Non-toxic, Zero VOC | Often contain and off-gas formaldehyde and VOCs |
| End-of-Life | Fully Recyclable (can be turned into new ECOR) | Typically un-recyclable due to toxic glues |
| Environmental Impact | High CO2 avoidance, no deforestation | High energy/water use, contributes to deforestation |
ECOR panels are engineered to meet or exceed industry specifications for the materials they
replace while offering a significantly healthier and more sustainable material choice.
ECOR is built on a model of localized, “right-sized” production facilities located near raw material sources and end customers. This minimizes transportation costs and maximizes local economic and environmental benefits. Current production sites and offices are located in:
• Serbia (ECOR Global Ltd. d.o.o.)
• United States (Corporate office in La Jolla, CA).
A wide range of cellulose-based residuals can be converted, forming various FiberAlloy™ blends. Examples include:
• Recycled cardboard and paper.
• Agricultural waste like corn stalks, wheat straw, and hemp fiber.
• Post-consumer textile waste (e.g., jeans dust).
• Industrial by-products like spent brewer’s grain and dryer lint.
To purchase ECOR products (like ECOR-1 or ECOR-Ply) or to explore a custom circular solution using your company’s proprietary waste fiber, please contact a our sales team through the “Contact Us” or “Request More Information” section of our website. This will initiate a conversation about product specifications, volume needs, and local supply chain integration.
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