Italian yarn manufacturer Fulgar is advancing plant-derived synthetic fibres, but higher costs, feedstock traceability and credible environmental claims remain major barriers to industrial adoption.
Italian textile yarn manufacturer Fulgar has highlighted two bio-based polyamide technologies, EVO and Q-GEO, as alternatives to conventional fossil-derived synthetic fibres.
The developments were discussed at Performance Days 2026 in Munich, where industry representatives examined the commercial, technical and environmental challenges of scaling renewable polymers in textiles.
The panel brought together Fulgar, Indorama Ventures, ISCC PLUS and Noosa, with Fulgar Marketing Manager Daniela Antunes outlining the company’s material innovations.
EVO Offers Fully Bio-Based Polyamide
EVO by Fulgar is a 100% bio-based polyamide yarn manufactured from renewable plant feedstocks, including castor oil and industrial corn.
The yarn combines lightweight construction, breathability, stretch and quick-drying properties for sportswear, swimwear, hosiery and seamless garments.
Fulgar’s 2024 life-cycle assessment reports a 45% reduction in climate-change impact compared with conventional polyamide 6.6, under the assessed production conditions.
EVO carries DIN CERTCO bio-based certification and OEKO-TEX Standard 100 Class I certification.
Q-GEO Combines Renewable Content with Moisture Management
Q-GEO incorporates 46% bio-based material derived from industrial corn.
According to Fulgar, it provides 50% greater moisture absorption than conventional polyamide, alongside rapid drying, abrasion resistance and inherent flame-retardant properties without additional flame-retardant additives.
The yarn targets underwear, legwear, workwear, technical fabrics and performance apparel.
Cost and Certification Remain Barriers
The industry discussion identified higher biopolymer prices, limited feedstock availability and insufficient traceability as obstacles to wider adoption.
A critical distinction is that bio-based does not mean biodegradable or recyclable. Renewable carbon content also does not automatically establish lower lifecycle emissions.
For textile manufacturers, purchasing decisions require verification of certified bio-based content, technical performance, product-specific environmental impacts and processing costs.
Fulgar’s developments demonstrate opportunities to reduce fossil-feedstock dependence while retaining synthetic-fibre functionality.
The next commercial challenge is scaling certified bio-based polyamides at competitive prices, supported by reliable sourcing data and transparent lifecycle assessments.
