Eucalyptus Leaf Printed Knitted Maxi Skirt
A beautiful meeting of effortless everyday style and the artistry of botanical dyeing.
The Saylor Knitted Maxi Skirt is a soft, easy-to-wear wardrobe staple, transformed through natural dyeing and eucalyptus leaf printing. The fabric has been naturally dyed using botanical color, then carefully bundled with eucalyptus leaves to create its distinctive leaf prints. Each skirt is individually made, allowing the natural shapes, veins and subtle variations of the leaves to emerge across the fabric. No two pieces are quite the same.
Crafted from a soft knitted viscose and cotton blend, the skirt has a beautiful fluid drape and comfortable stretch. It features an elasticated waistband, a half lining and side splits for ease of movement, while the maxi length creates an elegant, relaxed silhouette.
The botanical color and eucalyptus prints give this otherwise simple, timeless piece something entirely unique: a wearable piece of botanical art, created slowly through the alchemy of plants, cloth and natural dye.
Pair it with a simple linen or merino top for an effortless everyday look, or dress it up with a beautiful knit or silk layer.
Details
- Size XL
- Soft Blue Color
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Naturally dyed and eucalyptus leaf printed
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Each piece is individually dyed and unique
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Maxi length
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Soft knitted fabric with comfortable stretch
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Elasticated waistband
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Half lined
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Side splits for ease of movement
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Relaxed, effortless silhouette
Composition: 60% Viscose, 40% Cotton
Naturally dyed and leaf printed in New Zealand by Thread Journeys.
Every Thread Journeys garment is individually handcrafted using carefully sourced natural fibre clothing, plant dyes and botanicals. No synthetic dyes or chemicals are used in the printing process, meaning each piece is completely unique.
With time, wear and washing, the botanical prints will gently soften and evolve, telling the story of the garment's journey and adding to its character.
Created from natural fibres, when this garment eventually reaches the end of its life many years from now, it can return to the earth, naturally biodegrading back into the soil rather than persisting as textile waste.