Love Long Sleeved T Shirt
White Long Sleeve T-Shirt by Christian Dada
How to wear Christian Dada Love Long Sleeved T Shirt
The ideal choice for a kick-ass relaxed outfit for men? A white long sleeve t-shirt with olive chinos. Complement this outfit with black canvas low top sneakers for maximum impact.
If it's ease and practicality that you love in menswear, rock a white long sleeve t-shirt with black jeans.
A Christian Dada Love Long Sleeved T Shirt from farfetch.com and charcoal chinos have become indispensable casual must-haves for most gents. Balance out your ensemble with a smarter kind of footwear, such as this pair of black leather loafers.
This combination of a Christian Dada white long sleeve t-shirt and white chinos is super easy to throw together and so comfortable to work throughout the day as well! Charcoal suede chelsea boots are an effortless way to power up your getup.
Teaming a white long sleeve t-shirt with grey chinos is an on-point choice for a laid-back and cool ensemble. Let your sartorial expertise really shine by finishing off with a pair of white canvas low top sneakers.
This combo of a Christian Dada white long sleeve t-shirt and brown chinos is a safe and very stylish bet. If in doubt about the footwear, slip into a pair of white leather low top sneakers.
A white long sleeve t-shirt and olive sports shorts have proven themselves as absolute menswear mainstays. White canvas low top sneakers will breathe a sense of elegance into an otherwise mostly dressed-down look.
This casual pairing of a Christian Dada Love Long Sleeved T Shirt from farfetch.com and navy chinos is super easy to pull together in seconds time, helping you look awesome and ready for anything without spending a ton of time searching through your wardrobe. All you need is a nice pair of white canvas low top sneakers to complement your outfit.
This combination of a Christian Dada white long sleeve t-shirt and red chinos is a great outfit for off duty. Complete your ensemble with black and white canvas low top sneakers for maximum effect.