Chemise Extra Slim Fit Oxford Shirt
White Long Sleeve Shirt by A.P.C.
How to wear A.P.C. Chemise Extra Slim Fit Oxford Shirt
To pull together a casual getup with a modern take, try pairing a white long sleeve shirt with blue chinos. A pair of brown suede tassel loafers instantly amps up the classy factor of this ensemble.
You'll be surprised at how extremely easy it is for any guy to pull together this off-duty ensemble. Just a white long sleeve shirt married with grey chinos. White leather low top sneakers are guaranteed to add a dash of stylish casualness to this outfit.
A resounding yes to this casual combination of a white long sleeve shirt and red chinos! Feeling inventive today? Polish off your ensemble by finishing off with a pair of black leather loafers.
An A.P.C. Chemise Extra Slim Fit Oxford Shirt from Nordstrom and white chinos are absolute menswear essentials if you're piecing together an off-duty wardrobe that holds to the highest sartorial standards. Take a classic approach with shoes and add a pair of brown suede loafers to the equation.
For an ensemble that's super straightforward but can be modified in a myriad of different ways, pair an A.P.C. Chemise Extra Slim Fit Oxford Shirt with black chinos. Introduce brown leather double monks to the mix for a major style boost.
An A.P.C. white long sleeve shirt and grey chinos are a great combo to have in your day-to-day styling routine.
An A.P.C. Chemise Extra Slim Fit Oxford Shirt and a charcoal overcoat matched together are a match made in heaven.
This pairing of an A.P.C. white long sleeve shirt and khaki dress pants is a goofproof option when you need to look like a dapper gentleman. Complete this look with a pair of dark brown suede tassel loafers and you're all set looking spectacular.
This is definitive proof that an A.P.C. Chemise Extra Slim Fit Oxford Shirt and pink dress pants look awesome if you wear them together in a sophisticated outfit for today's man. Introduce a pair of dark brown leather derby shoes to the equation and ta-da: your look is complete.