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
Your new go-to for effortless summer style. Crafted from natural linen in our signature summer shades, these pants offer a classic fit that’s both timeless and versatile. Designed with practicality in mind, the Goldie Pant features functional pockets, a comfortable elasticised waistband, and a stylish drawcord accented with pale gold stoppers.
Perfect for warm-weather days, these pants provide a breezy, relaxed fit that pairs seamlessly with any top in your wardrobe. Whether you’re dressing them up with a blouse or keeping it casual with a tee, the Goldie Linen Pant is the ideal blend of comfort and sophistication, making them a must-have for any summer wardrobe.
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.
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.
