Biodegradable Lyocell

100% lyocell-based sewing thread.

Main Application

  1. Mainly used for garments overdyeing as an alternative to cotton.
  2. Sustainable solution for dyed cotton/lyocell garments.
  3. This versatile thread is perfect for everyday essentials like t-shirts, underwear, and athleisure, as well as structured wovens, dresses, and knitwear.
  4. It provides the heavy-duty durability needed for workwear, while offering the refined softness required for premium menswear, ladieswear, and children’s apparel.
  5. Ideal for shirts and blouses, its superior quality delivers flawless, vibrant results specifically for post-dyed garments.

“ecoLYOCELL” is 100% lyocell, fully biodegradable sewing thread. produced from sustainably sourced wood pulp. It is a regenerated cellulosic fibre that is biodegradable and compostable due to its natural origin. The thread offers excellent comfort and enhanced elongation, making it suitable for a wide range of apparel applications.

Product Range

Article Ticket

Ticket

Tex

Length (m)

Strength (cN)

Elongation (%)

EL01060

60

30

5000

750

8-14

EL01045

45

40

5000

1000

8-14

EL01030

30

60

3000

1600

10-16

EL01024

24

80

3000

2100

12-18

EL01018

18

105

2000

3000

12-18

What makes ‘ecoLYOCELL’ stand out?

  • Naturally derived cellulosic structure enables full biodegradability and composability.
  • Regenerated cellulose fibre with eco-friendly properties, produced from sustainably sourced wood pulp.
  • Delivers high elongation and superior comfort, ideal for direct next-to-skin applications.
  • Stands out with the highest dry and wet strength among all cellulosic fibers, ensuring enhanced durability.
  • Delivers improved stretchability and elongation compared to regular cotton sewing threads for enhanced seam performance.

Physical Properties: Moisture regains 11%. Low abrasion resistance. Burns readily.

Machine Setting Recommendation: Recalibrate machine speed, stitch density, tension, and timing, as Lyocell’s natural fiber properties differ from synthetic threads