LK Packaging Open Ended Flat Food Storage Bag - 2" x 12", Poly (20F-0212) - Image 1
SKU: 909-20F0212
Brand: LK Packaging
Model: 20F-0212

LK Packaging Open Ended Flat Food Storage Bag - 2" x 12", Poly (20F-0212)

LK Packaging 20F-0212 2" x 12" flat food storage bags offer a slim, open-ended design for efficient portioning and organizing in commercial kitchens. Made of clear, 2-mil LDPE for durability and flexibility.

Key Features

  • Open-ended, flat design for quick loading and unloading, ideal for portioning or packaging narrow ingredients.
  • Clear 2-mil LDPE construction offers visibility, flexibility, and light-duty durability for short-term use.
  • Compact 12" x 2" dimensions save space while accommodating small-scale storage needs in commercial kitchens.
  • Made of low-density polyethylene (LDPE) for repeated handling without tearing, perfect for high-volume environments.
  • In-stock and ready to ship—order now to streamline your kitchen workflow with LK Packaging’s trusted disposables.
Starting from $79.56/unit

Volume discounts available

The LK Packaging 20F-0212 2" x 12" flat food storage bag is a practical solution for commercial kitchens and restaurants seeking efficient portioning and organization. Its open-ended, flat design streamlines loading and unloading, making it ideal for small-scale storage tasks or packaging narrow ingredients. The clear, low-density polyethylene (LDPE) construction ensures visibility while providing flexibility and repeated handling performance. With a 2-mil thickness, these bags offer light-duty durability suited for short-term use, making them a cost-effective choice for high-volume environments like catering, prep kitchens, or ingredient storage. Whether you're portioning sauces, herbs, or small items, this bag's compact 12" x 2" dimensions make it a space-saving alternative to bulky packaging, reducing waste while maintaining product integrity. Built for speed and efficiency, this LK Packaging flat bag is a reliable staple for any professional kitchen where organization and functionality matter.