Women's rPET with Recycled Cotton Comfort TShirt
Additional Information
Women's rPET with Recycled Cotton Comfort T-Shirt – Sustainable & Stylish
Upgrade your wardrobe with this eco-friendly Women's rPET with Recycled Cotton Comfort T-Shirt, designed for those who love both style and sustainability. Made from a blend of recycled PET (rPET) and Recycled soft cotton, this shirt offers the perfect combination of comfort, durability, and environmental responsibility.
Features:
- Sustainable Fabric: Crafted from recycled PET bottles and Recycled cotton fibers, this shirt helps reduce waste and supports a circular economy.
- Ultra-Comfortable: The Recycled soft cotton blend provides a breathable, lightweight feel, perfect for all-day wear.
- Durable & Long-Lasting: The rPET fabric adds strength and resilience, ensuring your T-shirt stays looking fresh wash after wash.
- Versatile Fit: Available in a flattering cut that works well with jeans, skirts, or shorts, making it perfect for casual outings, gym wear, or as a layering piece.
- Eco-Conscious Design: Help the planet while looking great with this stylish, earth-friendly tee.
- Compacted for shrinkage control & washability
- Eco friendly colouring
- Anti - Microbial & Anti-Static
- Moisture Management
- Soft feel
Elevate your wardrobe with a t-shirt that looks great, feels amazing, and supports a sustainable future. Order now and join the movement for eco-friendly fashion!
2.91 kg CO2e is 65% less CO2 Emissions
According to GreenStitch the footprint is 2.91 kgCO2e. This is 65% less compared to product category T-shirts as per PEFCR. Here are the details:
Elements
Comparison Bar
Product kgCO2e
Total
0 kg CO2
5.5 kg CO2
11 kg CO2
2.91
Raw Material
0 kg CO2
1 kg CO2
2 kg CO2
0.22
Manufacturing
0 kg CO2
3.5 kg CO2
7 kg CO2
1.55
Distribution
0 kg CO2
0.25 kg CO2
0.5 kg CO2
0.1
Use of sold products
0 kg CO2
1 kg CO2
2 kg CO2
1.03
End-of-life
0 kg CO2
0.25 kg CO2
0.5 kg CO2
0.02
- 0.75 kgCO2e emissions are avoided during making of this product.
- 6 L water is saved during the dyeing process of this product.