Lyocell Blend Chinos
Khaki Chinos by H&M
How to wear H&M Lyocell Blend Chinos
This is indisputable proof that a light blue denim shirt and H&M Lyocell Blend Chinos look amazing when matched together in a casual outfit. To give your overall getup a more polished finish, complement this look with black suede loafers.
A navy blazer and khaki chinos are amazing must-haves that will integrate well within your current casual wardrobe. A pair of tan leather ballerina shoes acts as the glue that will pull your outfit together.
This is solid proof that a white linen dress shirt and H&M khaki chinos look amazing together in a casual outfit. If you don't know how to finish, throw in beige canvas wedge sandals.
This pairing of a white cable sweater and H&M Lyocell Blend Chinos from H & M is ideal for casual settings. For a more polished feel, why not complement your ensemble with black leather ankle boots?
This laid-back combination of a navy trenchcoat and H&M Lyocell Blend Chinos is extremely easy to pull together in no time flat, helping you look cute and ready for anything without spending a ton of time combing through your closet. White plimsolls are the most effective way to give a touch of casualness to your look.
If you gravitate towards relaxed style, why not take this combination of a black leather bomber jacket and H&M Lyocell Blend Chinos from H & M for a walk? A cool pair of white leather low top sneakers pulls this ensemble together.
Definitive proof that a black double breasted blazer and khaki chinos look awesome when paired together in a laid-back outfit. White leather mules are guaranteed to breathe a dose of refinement into your ensemble.
This pairing of a white sleeveless top and H&M Lyocell Blend Chinos makes for the perfect base for a casual look. For a more casual touch, introduce a pair of brown leather thong sandals to the equation.
Display your outfit coordination chops by pairing a white dress shirt and khaki chinos for a casual ensemble. Grey leather flat sandals will offer ease, but with a fashun effect.