Flower Hoodie
Black Print Hoodie by Balvin x Murakami
How to wear Balvin x Murakami Flower Hoodie
Wearing something as basic as this bold casual combo of a Balvin x Murakami Flower Hoodie from Nordstrom and black jeans can potentially set you apart from the crowd. Amp up your ensemble by wearing a pair of black leather casual boots.
A Balvin x Murakami black print hoodie and black chinos are a combination that every modern gent should have in his menswear arsenal. To give your overall outfit a more relaxed spin, introduce navy and white canvas high top sneakers to the mix.
Consider wearing a Balvin x Murakami black print hoodie and black ripped skinny jeans to pull together a casual street style and absolutely dapper look. And if you wish to immediately lift up your outfit with shoes, why not complement this ensemble with a pair of black leather derby shoes?
To achieve a relaxed casual look with a twist, marry a Balvin x Murakami Flower Hoodie from Nordstrom with black chinos. Get a little creative with shoes and dial down your look by rounding off with black athletic shoes.
A Balvin x Murakami black print hoodie and white chinos are the kind of a no-brainer casual ensemble that you need when you have zero time to spare. For something more on the daring side to complement this ensemble, complete this look with white and black athletic shoes.
Putting together a Balvin x Murakami Flower Hoodie from Nordstrom with dark green sweatpants is an on-point pick for a casually cool look. To bring a little fanciness to your outfit, introduce white leather low top sneakers to the mix.
For a casually dapper ensemble, choose a black print hoodie and brown chinos — these items play pretty good together. For something more on the off-duty side to round off this outfit, add brown athletic shoes to the mix.
If you feel more confident in functional clothes, you'll love this urban combo of a Balvin x Murakami Flower Hoodie from Nordstrom and charcoal jeans. Complement this ensemble with a pair of white leather low top sneakers for maximum effect.