Restaurantware RWP0415B

Slice and serve pies cakes cheesecakes quiches and other tasty treats with our Cater Tek Black Plastic Cake Servers. Featuring a polished black finish and built-in serrated edges these recyclable plastic cake servers are ideal for birthday parties weddings and other catered events. The serrated cutting edge of these pie servers easily slices through juicy pies and dense cakes while their raised handle keeps hands elevated and mess-free. Constructed from high-quality plastic these disposable pie servers are built to resist bending or breaking even under hefty slices of your decadent desserts. These cake cutters and servers are made from sturdy plastic that is intended for one-time use but can be lightly hand washed and reused. Each of these black cake servers measures 1 inches in length by 2 inches in width by 1 inch in height. Sold in a 1 count box.

Serrated cutting edge effortlessly slices through a variety of desserts and provides clean cuts. Raised handle keeps hands elevated to ensure a mess-free serving process. Sturdy plastic keeps from bending or breaking under pressure.

Features & Specifications:

• 2-IN-1 SLICE AND SERVE: These sturdy plastic cake servers are equipped with built-in serrated edges for convenient slicing and serving. Two-in-one design avoids the need for a knife!
• POLISHED BLACK FINISH: Ideal for catered functions, cocktail parties, birthday parties, and other special events, these plastic cake servers feature a sleek black finish. Matches any decor!
• COMFORTABLE HANDLING: These pie servers feature an elevated handle to provide easy holding while keeping your guests' hands away from messes. Built-in hanging tab for easy storage!
• PREMIUM PLASTIC: Constructed from premium plastic, these cake and pie servers are disposable and provide easy post-event cleanup. With light hand washing, they are conveniently reusable!
• 100 CAKE SERVERS PER ORDER: These cake spatulas measure 10 inches long by 2 inches wide by 1 inch tall. You'll receive 100 plastic cake toppers in each order.