Renuar Knitted Comfy Yarn Sweater – Heathered Oyster
Cozy, classic, and effortlessly chic — the Renuar Knitted Comfy Yarn Sweater in Heathered Oyster is your new go-to for those cool, easygoing days. Crafted from a soft blend of acrylic, polyester, and nylon, it’s warm without being heavy and features that perfectly heathered texture we can’t get enough of.
The simple crew neckline and long sleeves make it endlessly versatile — tuck it into your favorite jeans for a relaxed weekend look, or layer it over a collared blouse for a touch of polish. The heathered Oyster shade keeps it neutral, soft, and oh-so-elegant.
Details:
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Style: R6952
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Color: Heathered Oyster
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Fabric: 54% Acrylic, 30% Polyester, 16% Nylon
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Neckline: Crew neck
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Sleeve Length: Long sleeves
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Fit: Soft, cozy knit with an easy silhouette
Why You’ll Love It:
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Heathered texture adds warmth and dimension
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Soft yarn blend = cozy comfort that lasts
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Neutral Oyster hue = the perfect pairing piece for fall and winter
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Easy crew neckline = timeless and layer-friendly
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about the brand
renuar
Effortlessly wearable and timeless collections that celebrate modern femininity.
From their start in 2007, Renuar has designed each collection in Montreal with a unique blend of seasonal trends, feminine silhouettes, and of-the-moment detailing, giving you the confidence to feel beautiful in every moment.
Renuar's mission is to provide sustainable unique fashion pieces that inspire women to feel good , to express their individuality and personality with confidence.
responsible fashion
sustainability
Sustainability is a continuous journey for Renuar. To ensure that they take the most responsible path They've chosen to collaborate with selected organizations and initiatives to learn, strategize and implement change. They strive to produce their garments from fabrics with sustainable benefits, either because of their minimal impact on the environment in production, or their longevity of wear. As a result, they've implemented AIRFLOW fabric dyeing technology,which uses 40% less water and 30% less energy than conventional fabric dyeing processes.