Deconovo Blackout Grommet Curtains Pair Thermal Insulated Window Curtains with Attractive Dots for Sliding Glass Door 52 x 95 Inch Grey 2 Panels












42x63-Grey


42x84-Grey


42x95-Grey


52x63-Pink


52x84-Nany Blue


52x84-Pink


52x95-Nany Blue


52x95-Pink


42x63-Black


42x63-Cream


42x63-Nany Blue


42x84-Black


42x84-Cream


42x84-Nany Blue


42x95-Black


42x95-Cream


42x95-Nany Blue


42x95-White


52x63-Black


52x63-Cream


52x63-White


52x84-Black


52x84-Cream


52x84-White


52x95-Black


52x95-Cream


52x95-White

Product Description

Deconovo Blackout Curtains Wave Line with Dots Foiled Printed Curtain

Deconovo Wave Line with Dots Foil Printed Blackout Curtains, brings a comfortable and lively atmosphere in your home. Neutral background color bring fabric an incredible beauty. These curatins are stylish and have a unique design. Made of 100% polyester, they are silky, soft, drapery and very pleasant to touch when compared to the other curtains. All seams are nice and straight, no loose threads. Floral patterns also have no visual defects. Overall, it makes the curtain hang nicely and gives an expensive look. They are durable, the fabric is not at all flimsy, and they are made to last for a long time! They are super easy to hang.

Features

PS:
Our product pictures are real and shot by professionals. However, due to differences in computer monitors display, there can be color variations between the actual product and your screen.


Feature

Two panels per package. Measures 52W x 95L. 8 Grommets on each panel with a 1.6 inch inner diameter.
These thermal insulated blackout curtains are made of 100% polyester and are imported.
Deconovo printed blackout curtains are also thermal insulated and prevent from heat escapes and blocks sunlight from entering the room.
They are silky, soft, drapery and very pleasant to touch and gives an expensive look to any room.
Machine washable for easy care. Tumble dry on low.
Brand : Deconovo
MPN(PartNumber) : CT1422D-3
Package Dimensions(LxWxH) : 40x28x9cm ; 0 g