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This green printed sweater offers a practical solution for women seeking fashionable knitwear suitable for commuting and everyday activities. With its loose type clothing style, this garment provides a relaxed fit that accommodates various body types without restrictive tailoring. The commuting style designation indicates its suitability for casual workplace environments and daily wear, while the printed design elements add visual interest beyond basic solid colours. As a free size item with regular sleeves, it eliminates complex sizing decisions while maintaining standard sleeve construction without specialised cuffs or unusual lengths.
This sweater's primary characteristics centre around its colour, fit, and style classification according to the provided specifications.
This garment's designated commuting style and loose fit design suggest particular application environments and wearing scenarios.
Women's Fashionable Printed Sweater in green colour with commuting style loose fit, free size regular sleeved pullover knitwear suitable for casual and everyday wear
£49.68
Green Printed Women's Sweater with Loose Fit Commuting Style and Regular Sleeves

Features and Construction

Material and Build
Constructed as a sweater knit garment with printed detailing applied to the fabric surface. The printed design elements create visual texture and pattern variations across the green base colour. The regular sleeve construction follows standard sweater design principles without specialised cuff treatments, unusual lengths, or distinctive sleeve shapes that might restrict movement or require particular wearing techniques.Size and Practical Fit
The free size classification means this sweater is manufactured without specific individual size measurements provided. The loose type clothing style indicates a deliberately relaxed cut that provides additional ease through the body and sleeves compared to fitted or tailored knitwear options. This construction approach allows the garment to accommodate various body dimensions within reasonable parameters, though exact tolerance ranges aren't specified in the source information.Uses and Placement
