Powered By
- your trusted shopper protection partner
The Lawla women’s sweatshirt delivers cosy style without compromise. Supersoft brushed-back fabric is smooth outside, plush inside - warm and perfect for layering. A relaxed, dropped-shoulder fit and curved colour-block panels create a modern, flattering shape, while ribbed neck, cuffs and hem keep it neat. Finished with a subtle woven label, it pairs with jeans, leggings or joggers for easy everyday wear from crisp walks to cosy evenings.
58% Cotton (Better Cotton)/42% Polyester .Machine wash at 30c, Do not bleach, Do not tumble dry, Cool iron, Do not dry clean, Wash with similar colours, Wash inside out, Iron inside out, Specific care instuctions can be found on your garment care label.
The Lawla women’s sweatshirt delivers cosy style without compromise. Supersoft brushed-back fabric is smooth outside, plush inside - warm and perfect for layering. A relaxed, dropped-shoulder fit and curved colour-block panels create a modern, flattering shape, while ribbed neck, cuffs and hem keep it neat. Finished with a subtle woven label, it pairs with jeans, leggings or joggers for easy everyday wear from crisp walks to cosy evenings.
58% Cotton (Better Cotton)/42% Polyester .Machine wash at 30c, Do not bleach, Do not tumble dry, Cool iron, Do not dry clean, Wash with similar colours, Wash inside out, Iron inside out, Specific care instuctions can be found on your garment care label.
Powered By
- your trusted shopper protection partner
Extend your warranty and protect your purchase against accidental damage and defects.
Protects your new 'Lawla' Supersoft Sweat against breakdowns and faults once the manufacturer's warranty period is over.
Covers issues not included in your manufacturer's warranty, such as accidental damage or theft.
Get a replacement or a cash refund up to the full amount you originally paid for it.
By selecting 'add protection', I confirm that I am a UK resident aged 18+ and that I have read the IPID and Terms and Conditions. I consent to receive this information electronically.