Alexandra Ribbed Cashmere Top
Black Blouse by Rag & Bone
How to wear Rag & Bone Alexandra Ribbed Cashmere Top
This off-duty combination of a black blouse and khaki leopard skinny jeans can take on different nuances depending on how you style it out. Let your styling expertise truly shine by finishing off this ensemble with red leather pumps.
Consider pairing a Rag & Bone Alexandra Ribbed Cashmere Top with blue denim shorts for an everyday getup that's full of style and personality. All you need now is a nice pair of black suede oxford shoes.
For an off-duty getup, choose a Rag & Bone Alexandra Ribbed Cashmere Top from NET-A-PORTER.COM and black skinny pants — these two items fit perfectly well together. Black leather heeled sandals are a welcome addition to this ensemble.
A Rag & Bone black blouse and black leather skinny pants are a nice pairing to keep in your current casual routine. Black suede heeled sandals integrate nicely within plenty of combos.
Pair a Rag & Bone Alexandra Ribbed Cashmere Top from NET-A-PORTER.COM with blue fringe jeans for a casual level of dress. To bring some extra oomph to your outfit, add a pair of multi colored leather heeled sandals to your getup.
Pair a Rag & Bone Alexandra Ribbed Cashmere Top from NET-A-PORTER.COM with black skinny pants if you seek to look edgy and casual without too much effort. Add white leather low top sneakers to your look to easily boost the wow factor of this getup.
A Rag & Bone black blouse and blue skinny jeans are the kind of a no-brainer casual getup that you need when you have no extra time. Black suede ankle boots are a great idea to complement this look.
Try teaming a Rag & Bone Alexandra Ribbed Cashmere Top with light blue denim bike shorts to pull together a stylish look. Introduce a pair of clear rubber heeled sandals to your outfit and the whole ensemble will come together perfectly.
Undeniable proof that a Rag & Bone black blouse and black sequin tapered pants are awesome when worn together in a casual look. When it comes to shoes, add black suede pumps to the equation.