- SKU: SAT-72-72-STRP-ROYW
- UPC: 724744206381
- Condition: New
- Availability: Orders placed before 1PM PST (excluding holidays and weekends) ship same day.
- Weight: 0.65 LBS
- Shipping: Calculated at the Checkout
- Material: Satin
- Color: Royal Blue and White Striped
- Overlay Size: 72 Inches
- Shape: Square
- badges: black
72 inch square satin table overlays in Royal Blue and White Striped have always been the preferred reception table accent for wedding planners, event coordinators and fine dining professionals. Designed to complement 120 inch round tablecloths on 60 inch round tables, these 72 inch x 72 inch Royal Blue amd White Striped table overlays feature the silky-soft feel and radiant appearance that satin table linens are known for. Each Royal Blue and White Striped satin overlay is luxurious to the touch, wide enough for wedding reception tables, and adds the perfect hint of glam and color. You can be as creative as you want with these table overlays! Whether on a round table or a rectangular one, these overlays will surely add pops of color to your event table.
GSM. 80 (A measure of the weight and thickness of the fabric)
COLOR. Royal Blue and White Striped
SIZE. 72" x 72"
CARE INSTRUCTION. Warm water in gentle cycle is fine for satin linens but it is advisable to use cold water with normal detergent. Bleach is not recommended for this color. Don't wash with other materials. Wash like colors together. Dry on a low heat setting. Avoid overloading the machine and make sure that both the washer and the dryer are in good working order. Do not overdry.
For more information about our wholesale table overlays, please call us at 877-450-8383.
NOTE: There are inferior versions of these table overlays 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 satin overlays that are available for sale online and at physical stores.
*satin is a stain and wrinkle release fabric. Meaning, stain absorption is reduced and wrinkle formation can be minimized.