Roman Fluffy Sparkle Cardigan - Multicolor - Size 10

The cardigan is designed as 'True to size'. We recommend ordering your usual UK women's dress size for the intended regular fit.

While it's a 'transitional piece', its 'chunky multiyarn knit' makes it primarily suitable for cooler autumn and winter seasons. It might be too warm for mild spring or summer weather.

The 'shimmering sparkle thread' is integrated into the knit. With proper care, including gentle machine washing and laying flat to dry, it is designed to maintain its sparkle and integrity over time.

No, it features an 'edge-to-edge open front' design, meaning it does not have buttons, zippers, or other closures. It is designed for an open, relaxed fit.

The 'Multicolor' description refers to the 'chunky multiyarn knit' construction, where different colored threads are blended to create a unique, rich, and varied hue across the fabric, contributing to its depth and visual appeal.

Being a 'chunky multiyarn knit', it offers a substantial feel and warmth. However, it is designed to be comfortable for regular wear and not excessively heavy, making it an ideal 'gorgeous cover-up'.

The metallic fibre content can sometimes have a different texture. Try wearing a long-sleeved base layer underneath for added comfort against sensitive skin. Ensure you are following machine washing instructions carefully, as incorrect washing can alter fabric feel.

This is common with metallic fibers, especially during initial wears or washes. Wash the cardigan gently and avoid harsh rubbing or brushing. Over time, shedding should reduce. If excessive, consider a gentle hand wash.

Always lay the cardigan flat to dry after washing to prevent stretching caused by water weight. Avoid hanging the cardigan for prolonged periods, especially when wet, and store it folded to maintain its original shape.

Pilling can occur with knit garments due to friction. Gently remove any bobbles using a fabric shaver or a de-fuzzer tool. To minimize pilling, avoid excessive rubbing against rough surfaces.