Restaurantware RWP0031B Restaurantware-3.5 x 4.5 Dessert Plates, 100 Small Cocktail Plates - Square, Wavy Edges, Black Plastic Disposable Appetizer Plates, Holds Sauces And Dips, For Wedding, Or Birthday Parties

Enhance the charm and convenience of serving miniature appetizers with our Square Black Plastic Comma Plates. Constructed from plastic, these mini appetizer plates are the ideal sustainable option for any foodservice establishment. Featuring a unique askew comma design for a distinctive refined aesthetic, these plastic appetizer plates give an upscale appearance to your food presentations. Sturdy and dependable, these black plastic plates do not chip and break. Made to serve fruit, shrimp, desserts, salads, and other bite-sized fare, these disposable mini black plastic bowls ensure elevated presentation and easy cleanup afterward. With a sleek black finish, these plastic bowls with a distinct design make for an elegant addition to any catered event or restaurant. These black disposable plates measure 3.5 inches in length by 4.5 inches in width. Sold in a 100 count box.

• PREMIUM PLASTIC CONSTRUCTION: These mini appetizer plates are made of premium plastic that is sturdy and durable and won't break or chip while in use. These plastic plates are perfect for any event!
• MODERN & TRENDSETTING DESIGN: Featuring a trendy asymmetrical design, these unique plastic plates will beautifully showcase your delectable treats. Serve your fares elegantly!
• STYLISH BLACK FINISH: Featuring a modern and elegant black finish, these miniature appetizer plates will complement any tablescape. They are the perfect addition to your catering service.
• DISPOSABLE FOR CONVENIENCE: With a disposable design, these mini plastic plates make cleanup after events convenient. These plates help you enjoy your event without worrying about the dirty dishes.
• 100 DESSERT PLATES PER ORDER: These mini appetizer plates measure 3.5 inches in length by 4.5 inches in width and are ideal for catering events. You'll receive 100 dessert plates per order.