DYE CARRIER
Water is not used to carry the dye into the fabric. A different material is employed which is completely recovered after dyeing and reused for the next batch
Meet the Charlotte Tee – your new essential for effortless style. With a straight, relaxed fit, wide neckline, and kimono-style sleeves, it offers a blend of comfort and sophistication. Designed for a relaxed fit, size down for a closer look. Perfect for pairing with jeans, layering under a blazer, or tucking into a skirt, this versatile tee is crafted from premium fabric for a luxurious feel. Elevate your everyday wardrobe with the Charlotte Tee.
Wear this style with confidence—our entire Moke Summer '24 collection is crafted using innovative Clean Colour technology, which uses 95% less water in the dyeing process. Explore more about our commitment to sustainability below.
Please note - this style has been designed for a relaxed fit, so size down for a closer fit
FEATURES
Introducing.....
At Moke, we’re constantly striving to improve our processes, and our latest partnership is truly a game-changer! The textile industry is known for its environmental challenges, contributing significant waste and pollution. That’s why we’re thrilled to introduce the use of Clean Colour technology, offering a sustainable alternative to traditional methods.
This innovative process allows us to produce clothing with a significantly lower environmental impact. By saving water, reducing emissions, and conserving electricity, we’re making strides toward a more sustainable future. But how does this revolutionary fabric come to life?
Water is not used to carry the dye into the fabric. A different material is employed which is completely recovered after dyeing and reused for the next batch
Clean Colour technology works at a temperature 20°C lower than the traditional method, reducing evaporation and energy consumption.
In this process, the fabric retains 95% of the dye, compared to 75% in traditional methods. No salt is needed to fix the dye, leading to shorter rinsing times.
Process time decreases by 50%, reducing energy consumption and CO2 emissions.
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