Browning Buckmark Burgundy Reversible Twin XL Comforter Set
This burgundy reversible twin XL comforter set is 90 inches long to fit the extra long mattress in your college dorm room!
Our Browning Buckmark Reversible Twin XL Comforter Set is the ideal dorm room bedding for nature lovers. The sporting Browning Buckmark logos throughout this comforter blends the bold burgundy tones of nature. The burgundy twin XL comforter is reversible. Made with a 100% cotton duck for maximum comfort and durability. This comforter set is machine washable at the campus laundry.
This logo design can be complemented with coordinating logo sheets, pillows, drapes, valances and shower curtains.
Browning Buckmark Burgundy Reversible Twin XL Comforter Set features:
- 100% Cotton Duck Reversible Comforter
- Polyester Fiberfill
- Comfortable and Durable
- Rugged Bedding for the Outdoor Man or Woman
- Officially Licensed Browning Buckmark Bedding
- Manufactured by Kimlor
Browning Buckmark Burgundy Reversible Twin XL Comforter Set includes:
Important Disclosure: Because this manufacturer has chosen to only make a 90" extra long comforter to fit on either a Twin or Twin XL mattress, the packaging may include a twin bed skirt. (Currently, they do not make a twin XL bed skirt for this popular pattern. However, they do make optional twin XL sheets.) Not to worry, we are only charging you for the 90” extra long comforter and coordinating pillow sham.
Comforter Size Classification:
DormSmart has inspected and classified the comforter in this set as twin XL because it is 90" or longer. Students can be confident this comforter will properly fit the 80" twin extra long mattress in their dorm room. We provide this service to our students because "labeled sizes" among manufacturers tend to vary. Actual dimensions are the most important factor in determining a proper fit.
At DormSmart.com, we do our best to display product images with the most accurate color possible for our shoppers. However, due to differences in computer monitors, variations in color may occur between the actual product and your screen.