K
Quality tablecloth!!
Out of the package, this tablecloth is beautiful and not thin. I am not disappointed! Hopefully it handles the washer & dryer well. I am happy!
✔ Verified Purchase
maxmill Jacquard Table Cloth Swirl Pattern Spillproof Wrinkle Resistant Heavy Weight Soft Tablecloth for Kitchen Dinning Tabletop Outdoor Picnic Rectangle 52 x 70 Inch Beige
(4.6)
11191 Reviews
#commissionsearned
Specifications
- Brand: maxmill
- Color: Beige
- Material: Polyester
- Product Dimensions: 70"L x 52"W
- Shape: Rectangular
The maxmill Jacquard Table Cloth in a beautiful swirl pattern is an excellent addition to your dining experience. Crafted from 100% polyester, this tablecloth offers durability and elegance, making it suitable for both indoor and outdoor settings. With dimensions of 52" x 70", it's designed to fit rectangular tables measuring between 26" to 38" width and 46" to 58" length. Whether you're hosting a family dinner or a picnic, this tablecloth promises to enhance your table decor while protecting your furniture.
Features
- Material: Made from 100% premium heavy-weight polyester jacquard fabric.
- Design: Elegant swirl pattern that adds a touch of sophistication.
- Size: Perfectly fits rectangular tables measuring 52"W x 70"L.
- Spill-proof: Liquids bead up, making cleanup easier.
- Wrinkle resistant: Requires little to no ironing after washing.
- Versatile use: Ideal for dining rooms, kitchens, cafes, restaurants, weddings, buffets, and outdoor events.
- Easy care: Machine washable; tumble dry on low.
Pros
- Durable and high-quality material ensures long-lasting use.
- Elegant design enhances the aesthetics of any occasion.
- Spill-proof feature simplifies cleaning, perfect for families.
- Available in multiple colors and sizes for different table types.
- High customer satisfaction with a rating of 4.6 out of 5 from over 11,191 reviews.
Cons
- The beige color may show stains more readily than darker hues.
- Some users may find the size options limited for larger tables.
- Not suitable for machine drying at high temperatures due to potential fabric damage.