Vegware Hinged Lid Food Container - 9" x 6", Molded Fiber, Natural Brown (VA-SH89N) - Image 1
SKU: 690-VASH89N
Brand: Vegware
Model: VA-SH89N

Vegware Hinged Lid Food Container - 9" x 6", Molded Fiber, Natural Brown (VA-SH89N)

The Vegware VA-SH89N hinged lid food container (9" x 6") is a durable, compostable solution for restaurants. Perfect for takeout packaging, it balances sustainability with practicality while meeting strict food safety standards.

Key Features

  • Compostable molded fiber construction for eco-friendly disposal, reducing landfill waste while meeting strict food safety standards.
  • Secure hinged lid prevents spills, ideal for transporting hot or cold foods in restaurants and catering operations.
  • Durable yet lightweight, designed to withstand high-volume use in commercial kitchens without compromising performance.
  • Premium 9" x 6" dimensions accommodate a wide range of takeout and to-go meals, balancing portion control and practicality.
  • Free shipping on orders over $500 (48 contiguous states only), making bulk orders cost-effective for businesses.
Starting from $90.40/unit

Volume discounts available

The **Vegware VA-SH89N** is a premium **compostable hinged lid food container** designed for commercial kitchens and restaurants, offering a sustainable yet robust solution for takeout and delivery packaging. Measuring **9" x 6"**, this **molded fiber container** is built to withstand hot and cold foods while providing a secure, hinged lid that prevents spills—critical for maintaining food quality and reducing waste. Ideal for **restaurants, catering services, and food trucks**, this disposable container aligns with eco-conscious business practices without compromising durability. Its **natural beige color** blends seamlessly with modern branding, making it a practical choice for both dine-in and to-go operations. With **free shipping on orders over $500** when shipping within the contiguous U.S., the VA-SH89N is an efficient, cost-effective option for high-volume kitchens prioritizing sustainability without sacrificing performance.