Claudette Fisherman Sweater in Grey
Introducing the Claudette Cable Knit Sweater, a luxurious and modern take on the classic fisherman sweater, designed specifically for plus-size fashion enthusiasts. Made from soft cotton lux yarn, this midweight crewneck pullover offers a feminine touch to a timeless menswear classic, reminiscent of the beautiful cable designs from the Aran Islands.
Crafted from a blend of 55% BCI Cotton, 25% Recycled Polyester, and 20% Recycled Nylon, this sweater not only feels incredible but also supports sustainable practices. The Better Cotton Initiative (BCI) promotes environmentally, socially, and economically sustainable farming practices, ensuring that each piece you wear makes a positive impact.
Product Features:
- Material: 55% BCI Cotton, 25% Recycled Polyester, 20% Recycled Nylon
- Design: Luxury cable knit with a modern crewneck style
- Fit: Length falls at high hip for a flattering fit
- Eco-Friendly: Made with BCI Cotton to support sustainable farming practices
Styling Tip: Pair this versatile sweater with jeans for a casual look or tuck it into a maxi skirt for a chic ensemble. The Claudette Cable Knit Sweater offers endless styling options, making it a must-have addition to your wardrobe.
Brand Commitment: We prioritize quality, longevity, and eco-conscious materials in all our designs. Our mission is to create better opportunities for women in the fashion industry by providing high-quality jobs, living wages, and safe working conditions. Women make up 80% of the workers in the fashion industry, and we are committed to supporting them through our community of conscious customers.
Each piece is thoughtfully designed to combine style, function, and fit, so you can look good and feel great. The Claudette Cable Knit Sweater is a testament to our dedication to sustainable and ethical fashion, providing you with a luxurious and timeless wardrobe staple.
Elevate your plus size clothing collection with the Claudette Cable Knit Sweater, perfect for those who value style, comfort, and sustainability.