Saturday, November 26, 2011

A Sale to Lust Over: Langford Market

A couple weeks ago I was invited to a special Boutique Event at Langford Market in Rice Village Houston, TX for their $100 sale and I was completely lusting over EVERYTHING!!!

In case you didn't know, Langford Market is one on my most favorite boutiques. They have wardrobe material for the classy chic, the sexy professional, the urban sassy and all things fabulous. They offer clothing, accessories, vintage must haves and furniture that could add a modern flare to any humble abode. With their $100 sale every $100 you spent, you saved $100. WHAT! Yep that's right so basically if you went in and purchased around $400 worth of lustful pieces  you would only spend around $200 which is exactly what I did. The $100 sale was an experience all its own. By mixing wine with shopping, great deals, sweets and 
you really can't go wrong. Everyone there is so nice and more than happy to help you with finding new additions to your wardrobe. The atmosphere of this stylish boutique is complete and utter cuteness as well. From their intricate homely like setting to their center piece of a huge one of a kind Angel of Liberty, which is what I like to call her, near the cash wrap,,,,  It is also something I have been having my eye on and it is  for sale by the can't do anything else but be in awe.

 If you are located in Houston, there are 2 other locations where you can find Ms. LM in Memorial City Mall and in the Heights. If you don't do anything else, stop by one of the locations where they are usually having their $1 sale where you can by 2 items and the 3rd for just 4 quarters which can be worth a lot for any savvy shopper. I think the pics that I took speak for the boutique its self so 
You won't be disappointed.

1 comment:

  1. Um, why don't I live in Dallas?!?!?!?! <3 So jealous. Though I suspect that I had I been able to go to this sale, I would have ended up eating cat food for the rest of the month, so... it's probably a good thing I don't live in Dallas. =P