90 x 156 inch L'amour Rectangular Tablecloth Burgundy

Cloth napkins and linen tablecloths. These are the focal points of any luxurious event or elegant wedding reception table. Aside from its main use of being a table linen, our 90 x 156 inch l'amour rectangular tablecloth in burgundy will definitely help you put together a cohesive, wedding design--as far as creating color themed weddings is concerned. These burgundy tablecloths feature the elegant, matte appearance that lamour fabrics are known for. Use them as a key component of your style palette, just like what event planners would do. Implement style and hue elements by using cloth napkins instead of other wedding decor. As part of our commitment to the wedding industry, we only sell high quality burgundy lamour tablecloths at affordable, wholesale prices.

- Can be folded into a variety of styles
- Wrinkle and stain resistant. Reusable and can be washed multiple times
- Excellent as restaurant tablecloths, hotel tablecloths, wedding reception table linens, banquet table covers and as party table drapes.
- Also available, l'amour table runners, l'amour napkins .

MATERIAL. 100% L'amour
GSM. 120 (A measure of the weight and thickness of the fabric)
COLOR. Burgundy
SIZE. 90 x 156 inch Rectangular
CARE INSTRUCTION. Machine washable with cold water in gentle cycle. Use normal detergent. Bleach is not recommended for this color. Don't wash with other materials. Wash like colors together. Tumble dry with low temperature. Avoid overloading and make sure washer and dryer are in good working order. Gradually dry in dryer to avoid temperature shock.

For an enhanced look, we recommend using these wedding napkins along with table runners and table overlays and in complementing colors.

NOTE: We recommend purchasing a sample before placing a large order on our website as there is a huge quality difference among lamour table linens that are available for sale online.

*L'amour is a stain and wrinkle release fabric. Meaning, stain absorption is reduced and wrinkle formation can be minimized.