Checkered red Polyester Napkins allow you to outfit your banquet reception tables with matte elegance. Aside from its main use of being a cloth napkin, our 20" x 20" polyester napkin in Checkered red will definitely help you put together a cohesive, event table design. Use them as a key component of your style palette, just like what event planners would do. Implement style and color elements by using table napkins in Checkered red polyester along with other place setting essentials such as table runners and dazzling rhinestone napkin rings. If you're looking for elegant wedding napkins, you can't go wrong with Checkered red napkins as decorative linen napkins.
- Can be folded into a variety of styles
- Wrinkle and stain resistant. Reusable and can be washed multiple times
- Excellent as restaurant napkins, hotel napkins, wedding reception napkins, banquet table napkins and as party table napkins.
- Also available, polyester table runners and polyester tablecloths.
GSM. 180 (A measure of the weight and thickness of the fabric)
COLOR. Checkered red
SIZE. 20 inch X 20 inch
CARE INSTRUCTION. Machine washable with warm 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.
As part of our commitment to the wedding industry, we only sell high quality polyester linen napkins at affordable, wholesale prices. For more information about our wholesale cloth napkins, please call us at 855-273-7040.
NOTE: There are inferior versions of these fabric napkins in the market today. We recommend purchasing a sample before placing a large order on our website as there is a huge quality difference among polyester cloth napkins that are available for sale online and at physical stores.
*Polyester is a stain and wrinkle release fabric. Meaning, stain absorption is reduced and wrinkle formation can be minimized.