Women’s Orange L Fine Knit Round Neck Long Sleeve Pullover Jumper

Bring a bright pop of colour to your everyday wardrobe with this H&M women’s orange fine knit jumper. Designed in a vibrant coral-orange shade, it is an easy-to-style layer that adds warmth and cheerful colour to casual outfits while remaining lightweight enough for transitional weather. The clean, plain finish makes it especially versatile, pairing effortlessly with jeans, trousers, skirts or layered over dresses.This pullover has a classic round neckline, long sleeves and neatly ribbed trims at the neck, cuffs and hem. Its simple regular fit creates a comfortable, unfussy silhouette that is suitable for relaxed daily wear, work-from-home days, weekends and casual outings. The lightweight tight-knit construction has a soft feel and offers a polished alternative to a sweatshirt, making it ideal for layering beneath a jacket, blazer or coat during cooler months.Made from a practical 50% acrylic and 50% viscose blend, this jumper combines easy-care durability with the smooth drape associated with viscose. The fabric is machine washable according to the care label, helping to make it a convenient choice for regular wear. The orange colour works beautifully with denim, navy, black, cream, white and neutral tones, while also offering a bold contrast with darker autumn and winter layers.A useful staple for spring, autumn and winter, this H&M knit is a great option for anyone seeking a simple, colourful jumper without logos, embellishments or busy patterning. Wear it with straight-leg jeans and trainers for a relaxed daytime look, tuck it into a midi skirt for an easy smart-casual outfit, or layer it over a collared shirt for a more put-together finish. The ribbed hem and cuffs provide a neat shape, while the long sleeves add cosy coverage.The jumper is in excellent pre-owned condition with light signs of wear only and no visible flaws noted. Please review all photographs carefully for the best view of the colour, knit texture, styling and overall condition.