WOMEN'S V-NECK
With an elegant curved hem, the women's organic cotton v-neck t-shirt offers a touch of elegance. Made by Teemill and designed to be remade: Features a QR code on the care label to send it back when it's worn out.
Spec: RNB35
Certified Organic Cotton V-Neck T-shirt, 155g/m2. Wash cool, hang dry. GM free. Not tested on animals. Does not contain animal-derived products. Printed in the UK with low waste printing tech. Made in a renewable energy powered factory audited for a wide range of social and sustainability criteria.
Organic
Renewable
Circular
Size Guide
Centimeters
8 |
10 |
12 |
14 |
16 |
18 |
|
|---|---|---|---|---|---|---|
Bust |
84 |
88 |
92 |
97 |
103 |
108 |
Waist |
66 |
70 |
75 |
80 |
85 |
91 |
Hips |
91 |
95 |
99 |
104 |
109 |
116 |
Bust: Measure around the fullest part of your torso, just below your armpits.
Waist: Measure around your waistline.
Hips: Measure around the fullest part of your hips.
If you fall between the sizes, go for the larger of the two.
Product Specification
Certified Organic Cotton V-Neck T-shirt, 155g/m2. Wash cool, hang dry. GM free. Not tested on animals. Does not contain animal-derived products. Printed in the UK with low waste printing tech. Made in a renewable energy powered factory audited for a wide range of social and sustainability criteria.
Eco Olympus is a technical fabric designed for demanding sportswear:
- Composition: a blend of recycled polyester (TopGreen) and Creora® Power Fit elastane.
- Features: high compression, support, moisture-wicking — perfect for intense training sessions.
- Certifications: GRS and OEKO‑TEX® 100, ensuring durability and environmental safety.
- Highlights: 4-way stretch, squat-proof, durable and comfortable; over 75 pre-dyed colors available for quick production.
fibres topgreen
What is TopGreen?
TopGreen is a brand specialized in sustainable textiles, particularly yarns and filaments made from recycled polyester derived from post-consumer PET bottles. It is part of Far Eastern New Century Corporation (FENC), a leading Taiwanese company in the fields of textiles and chemicals.
(commonshare.com)
By transforming plastic waste into reusable materials, TopGreen reduces the production of virgin petroleum-based polyester, while lowering energy and water consumption compared to conventional processes.
(commonshare.com)
Key Innovations Associated with TopGreen
- FENC® TOPGREEN® rTEX Spun Yarn: a yarn made from textile waste (fabric scraps and used garments), without any chemical treatment. It consists of 100% recycled polyester and cotton.
(Benzinga France) - FENC® TOPGREEN® Bio3: the world’s first PET fabric made from recycled exhaust gas, combined with an innovative dyeing technology (Nylon66 Solution Dye) that eliminates the need for traditional dyeing, making the process entirely eco-friendly.
(PR Newswire, biofuelsdigest.com)
This product won the “Sustainability & Innovation” Award at the ITMF Awards 2022, recognizing its sustainable and innovative character.
(PR Newswire, lelezard.com)
FENC collaborates with LanzaTech, a biotechnology company, to transform industrial waste gases into low-carbon ethylene glycol, which is then used to produce greener polyester.
(PR Newswire, biofuelsdigest.com)
OUR LEGGINGS SEDONA
In Summary
Key ElementsDetailsOriginSustainable textile brand under FENCMaterialsRecycled polyester (PET bottles) or fibers from textile wasteDistinctive TechnologyExhaust gas recycling, waterless dyeing, low-carbon footprintAwards“Sustainability & Innovation” ITMF Award 2022Environmental ImpactReduction of plastic waste, water, energy, and chemicals
Conclusion
TopGreen is not a certification in the classical sense (such as GOTS, Oeko-Tex, or GRS), but rather a range of innovative and sustainable products developed by FENC, using environmentally friendly processes that have received international recognition for their innovation.
If your goal is to communicate about WeavOcean’s eco-responsibility, you can highlight the potential use of textile fibers developed with similar technologies — while remaining transparent about their origins and methods.
