Rana 7 Piece Flocking Comforter Set With Euro Shams And Throw Pillows - King/Cal King MP10-8210
Perfect update to the bedroom, this transitional microfiber comforter set features a charming white botanical medallion flocking design. The design is gently contrasted against a rich navy base, adorned with a diamond printed pattern. The two throw pillows are embellished with delicate embroidery and tufted techniques. The comforter and pillows are filled with hypoallergenic polyester filling that is dustproof, ensuring a restful and comfortable sleeping experience. This machine washable bedding set features an antimicrobial treatment, which inhibits bacteria growth and keeps the bedding fresher for longer.
Specifications |
Style Number | MP10-8210 |
Manufacturer | Olliix |
Product Type | Comforter (Set) |
Category | Adult/Fashion Bedding |
Print Pattern | Madison Park |
Place of Origin | China |
UPC Code | 022164269789 |
Primary Color | Navy |
Primary Life Style | Transitional |
Material | Comforter/Shams: Microfiber print with flocking, 100% polyester, solid microfiber, 100% polyester reverseFill: 100% polyesterPillows: Microfiber shell with polyester fillingEuro Shams: Microfiber shell |
Size Dimension | King/Cal King |
Carton Dimension | 18.5 W x 13.78 D x 13.39 H Inches, Weight: 15.42 lbs |
Care Instruction | Machine washable, spot clean pillows |
Features | Set includes 1 comforter, 2 shams, 2 euro shams, and 2 throw pillowsMade of microfiber fabric and polyester fillingBotanical medallion flocking design in white on top of a navy base with diamond printed patternTwo throw pillows with embroidery and tufted techniquesMachine washable and spot clean fabric (See care label)Commercial washer and dryer recommended to provide ample room for movementItems may come in compressed packaging to ensure efficient shippingItems will need to be fluffed up and steam ironed if compressedHypoallergenic polyester comforter filling contains no allergens and is dust proofAntimicrobial treatment to keep the bedding fresher for longer by inhibiting bacteria growth |