D&W Fine Pack 16 oz Bowl - Polystyrene, Black (CF725-160) - Image 1
SKU: 389-609234
Brand: D&W Fine Pack
Model: CF725-160

D&W Fine Pack 16 oz Bowl - Polystyrene, Black (CF725-160)

The D&W Fine Pack 16 oz black polystyrene bowl (CF725-160) is a durable, recyclable disposable designed for single-use in commercial kitchens. Holds 16 oz of soup, salad, or sides with a 6.5-inch diameter for easy handling and stacking. Ideal for restaurants and takeout services.

Key Features

  • Durable 16 oz capacity - Holds soup, salad, or sides effortlessly with a 6.5-inch diameter, ideal for high-volume kitchens.
  • Recyclable polystyrene construction - Eco-friendly yet sturdy, perfect for single-use without compromising on strength.
  • Sleek black color - Enhances presentation on trays while meeting commercial kitchen durability standards.
  • Lightweight (9.32 oz) - Easy to handle and stack, reducing labor costs in busy restaurant environments.
  • Reliable brand performance - D&W Fine Pack is trusted by professional chefs for consistent quality in disposables.
The D&W Fine Pack 16 oz black polystyrene bowl (CF725-160) is a reliable, cost-effective solution for commercial kitchens and restaurants seeking durable, single-use disposables. Made from recyclable polystyrene, this 6.5-inch diameter bowl is engineered to handle 16 oz of soup, salad, or sides with ease, making it a staple for takeout and catering operations. Its sleek black color and sturdy construction ensure it stands out on trays while maintaining functionality, reducing the need for frequent restocking. Whether you're outfitting your restaurant, catering event, or food service business, this bowl delivers performance, durability, and sustainability without compromising on quality. Perfect for high-volume environments where reliability and ease of use are critical, the D&W Fine Pack bowl is built to meet the demands of professional chefs and kitchen staff. Its recyclable material also aligns with eco-conscious businesses looking to minimize waste while maintaining operational efficiency.