Linen Shirt
Navy Shirt by Hartford
How to wear Hartford Linen Shirt
A Hartford navy shirt looks especially cool when worn with khaki chinos. Our favorite of a myriad of ways to complete this look is a pair of white athletic shoes.
Reach for a navy shirt and olive chinos for a no-nonsense outfit that's also pulled together nicely. Complement this outfit with navy and white suede low top sneakers to instantly switch up the getup.
This casual combo of a Hartford Linen Shirt and navy jeans comes to rescue when you need to look casual and cool but have no time to dress up. For an on-trend hi-low mix, complete your ensemble with a pair of brown suede chelsea boots.
Extremely dapper, this relaxed pairing of a Hartford Linen Shirt from MR PORTER and navy corduroy chinos will provide you with variety. Feeling brave today? Spice things up by rocking a pair of brown suede casual boots.
Try pairing a navy shirt with beige chinos for a standout look. Finishing off with black leather sandals is a guaranteed way to infuse a mellow vibe into this outfit.
For an off-duty ensemble, try teaming a Hartford navy shirt with black shorts — these two pieces go nicely together. On the fence about how to finish your getup? Finish with a pair of black leather derby shoes to ramp up the style factor.
This combo of a Hartford Linen Shirt from MR PORTER and navy chinos is extremely easy to put together and so comfortable to sport from dawn till dusk as well! To bring a mellow feel to your ensemble, complete your getup with a pair of black leather sandals.
This casual combination of a Hartford navy shirt and white chinos is extremely easy to pull together in no time flat, helping you look awesome and ready for anything without spending too much time rummaging through your wardrobe. To add a bit of zing to this getup, complete your ensemble with a pair of brown suede brogue boots.
This combination of a navy shirt and blue jeans is great for off-duty days. If you want to feel a bit fancier now, introduce a pair of brown leather desert boots to the equation.