Yang Li Black Knit Sweater
Yang Li Black Knit Sweater Yang Li Black Knit Sweater Yang Li Black Knit Sweater

Black Knit Sweater

Black Crew-neck Sweater by Yang Li

Buy for $565 from SSENSE

How to wear Yang Li Black Knit Sweater

Black Knit Sweater

If you're in search of a relaxed casual but also stylish outfit, dress in a Yang Li Black Knit Sweater and black chinos. Make this ensemble slightly sleeker by finishing off with a pair of black leather derby shoes.

Black Knit Sweater

This combo of a Yang Li black crew-neck sweater and black chinos is pulled together and yet it's relaxed and apt for anything. Black leather slip-on sneakers make your getup whole.

Black Knit Sweater

Black Knit Sweater

This relaxed combination of a black crew-neck sweater and black chinos comes in useful when you need to look cool and relaxed but have no time. Loosen things up and add white and black leather low top sneakers to the mix.

Black Knit Sweater

This casual combination of a Yang Li Black Knit Sweater from SSENSE and blue jeans will attract attention for all the right reasons. Add brown leather desert boots to this outfit and the whole outfit will come together.

Black Knit Sweater

Pair a Yang Li Black Knit Sweater from SSENSE with grey jeans to demonstrate your styling prowess. Our favorite of a countless number of ways to finish this look is white leather low top sneakers.

Black Knit Sweater

A black crew-neck sweater and beige chinos paired together are a smart match. Complete this outfit with a pair of white and black leather low top sneakers to have some fun with things.

Black Knit Sweater

Consider teaming a Yang Li Black Knit Sweater with black skinny jeans for both dapper and easy-to-style ensemble. Kick up the appeal of your getup by slipping into black leather chelsea boots.

Black Knit Sweater

This combo of a Yang Li Black Knit Sweater from SSENSE and black jeans is proof that a straightforward casual getup doesn't have to be boring. For a more sophisticated spin, introduce black leather chelsea boots to the equation.