Tailored Twisted Seam Top
Navy Blouse by Chinti and Parker
How to wear Chinti and Parker Tailored Twisted Seam Top
If you're on the hunt for a relaxed casual and at the same time totaly chic ensemble, marry a Chinti and Parker Tailored Twisted Seam Top with black leather skinny pants. When it comes to footwear, complement this look with black suede pumps.
A navy blouse and white shorts have become an essential combo for many fashionable girls. Look at how nice this outfit goes with a pair of red suede wedge sandals.
Pair a navy blouse with blue boyfriend jeans to assemble a casual yet stylish ensemble. You could perhaps get a bit experimental on the shoe front and polish up this ensemble by wearing a pair of navy leather pumps.
You'll be surprised at how very easy it is to throw together this ensemble. Just a navy blouse and an orange suede pencil skirt. Black cutout suede ankle boots serve as the glue that will bring your look together.
This casual pairing of a navy blouse and navy dress pants is capable of taking on different forms depending on the way you style it. The whole outfit comes together when you introduce a pair of silver leather pumps to this ensemble.
Why not dress in a Chinti and Parker navy blouse and a navy lace pencil skirt? Both items are totally comfy and will look stunning when worn together. If you're puzzled as to how to finish off, add a pair of navy suede pumps to your getup.
Flaunt your styling skills in this casual combination of a Chinti and Parker Tailored Twisted Seam Top and a black silk bermuda shorts.
If you gravitate towards casual looks, why not take this combination of a navy blouse and tan leopard wide leg pants for a walk? If you don't know how to round off, finish with a pair of white leather pumps.
So as you can see, looking refined doesn't require that much effort. Marry a Chinti and Parker Tailored Twisted Seam Top from farfetch.com with light blue wide leg pants and you'll look amazing. The whole ensemble comes together if you introduce black leather tassel loafers to the equation.