Restaurantware Microwaveable Takeout Container 25 Count 16.9 Ounces Paper Oven-Safe Food Box Meal Prep Sturdy Design Kraft

Protect your culinary creations with versatile oven-ready solutions. The Heat Tek Greaseproof Kraft Takeout Container combines a sturdy kraft paper construction with a greaseproof lining, preventing leaks from oils and sauces, making it ideal for takeout services. This kraft takeout container is designed to withstand oven temperatures up to 460 degrees Fahrenheit, allowing chefs to bake or reheat dishes directly within its durable structure, enhancing operational efficiency. Its stackable design enables space-saving storage and easy organization, benefiting kitchens that manage high-volume orders with these disposable oval food boxes. With dimensions of 6.75 inches by 4.75 inches by 1.5 inches, these containers are also microwave-safe, offering flexibility for quick meal prep. The eco-friendly kraft material not only supports sustainability initiatives but also appeals to environmentally conscious consumers seeking an oven-safe paper container. Elevate your foodservice operations with reliable, eco-conscious packaging. Each order includes 25 Heat Tek Greaseproof Kraft Takeout Containers.

• Heat-Resistant Performance: This oval container is oven-safe up to 400°F, allowing you to bake or reheat casseroles and pasta dishes directly, saving time and reducing cleanup.
• Leak-Proof Design: Its grease-resistant lining ensures that sauces and oils stay contained, making it perfect for serving hearty stews or saucy pastas without mess.
• Versatile Storage: As a freezer-safe meal box, it extends the freshness of pre-prepared meals, making it ideal for meal prepping and storing leftovers efficiently.
• Easy Microwave Use: Designed for microwave compatibility, this kraft paper lunch box allows you to quickly reheat dishes like rice and vegetables without hassle.
• Bulk Value Pack: Each purchase includes 25 durable kraft paper boxes, providing ample supply for catering events or busy takeout services that demand reliability.