Grey Wool Convertible Leisure Trousers
Grey Wool Chinos by 3.1 Phillip Lim
How to wear 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers
A black overcoat and 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers are an easy way to introduce extra sophistication into your daily styling arsenal. A pair of navy leather derby shoes easily revs up the style factor of any look.
Show that nobody does smart men's style quite like you do in a navy blazer and 3.1 Phillip Lim grey wool chinos. To introduce some extra fanciness to this outfit, complete this outfit with black leather loafers.
This combination of a light blue long sleeve shirt and 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers from SSENSE is hard proof that a simple casual ensemble can still be really interesting. Add a pair of brown leather tassel loafers to this look for an extra touch of style.
This combo of an olive long sleeve shirt and grey wool chinos is super easy to do and so comfortable to work as well! If you want to break out of the mold a little, complete this outfit with black leather low top sneakers.
Try pairing a black and white houndstooth overcoat with 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers from SSENSE for a sleek classy ensemble. Finishing with a pair of white leather low top sneakers is an effective way to bring a mellow feel to this ensemble.
Combining a black overcoat with 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers from SSENSE is a wonderful idea for an effortlessly neat menswear style. Rev up this ensemble by finishing off with a pair of black leather chelsea boots.
Perfect the casually neat getup by opting for a black corduroy shirt jacket and 3.1 Phillip Lim Grey Wool Convertible Leisure Trousers from SSENSE. For a smarter finish, why not throw in burgundy leather chelsea boots?
For a cool and casual outfit, try pairing a black field jacket with 3.1 Phillip Lim grey wool chinos — these pieces go pretty good together. Introduce black leather derby shoes to the mix to immediately dial up the fashion factor of any ensemble.