FyberX leverages proprietary technology rooted in Acoustic Resonance Separation to transform agricultural and marine biomass into high-quality Advanced Cellulosic Fibers at ambient conditions. This process significantly reduces environmental impact, using approximately 55% less power and 75% less water than conventional Kraft pulping processes.
Our technology's feedstock-agnostic nature allows for a diversified model that includes dedicated crops and agricultural waste. This flexibility ensures resilience against supply chain disruptions and variability in feedstock quality. Our biodegradable ACFs and regenerative natural fibers offer an eco-friendly alternative to synthetic fibers, meeting the growing demand for sustainable fashion solutions.
Our technology's feedstock-agnostic nature allows for a diversified model that includes dedicated crops and agricultural waste. This flexibility ensures resilience against supply chain disruptions and variability in feedstock quality. Our biodegradable ACFs and regenerative natural fibers offer an eco-friendly alternative to synthetic fibers, meeting the growing demand for sustainable fashion solutions.