Omcan 10193 Vacuum Packaging Bags - Professional Quality for Optimal Preservation

Enhance your food preservation capabilities with the Omcan 10193 Vacuum Packaging Bags, the perfect solution for commercial kitchens and professional food service environments. Designed specifically for chamber vacuum packaging machines, these high-quality bags ensure your ingredients and meals stay fresh and protected. Whether you're managing a bustling restaurant, catering service, or a large-scale food processing operation, these vacuum bags offer the reliability and performance you need.

Key Features

• Size and Thickness: Each bag measures 12" x 22", providing ample space for storing larger food items. The 3 mil thickness adds an extra layer of durability and puncture resistance.
• BPA-Free: Safety is paramount, and these bags are crafted from BPA-free materials, ensuring your food remains free from harmful chemicals.
• Compatibility: Exclusively designed for use with chamber vacuum packaging machines, ensuring a secure and efficient seal every time.
• High-Performance: Ideal for commercial kitchen equipment, these bags help maintain the quality and flavor of your food, reducing waste and improving storage organization.
• Cost-Effective Packaging: Sold in cases of 500, these bags offer an economical solution for large-volume operations.

Specifications

• Model Number: 10193
• Brand: Omcan
• Bag Dimensions: 12 inches x 22 inches
• Material Thickness: 3 mil
• Material: BPA-free plastic
• Quantity: 500 bags per case
• Application: Designed for chamber vacuum packaging machines

Invest in the Omcan 10193 Vacuum Packaging Bags to ensure your commercial kitchen or food service operation runs smoothly and efficiently. These bags are engineered to provide superior protection and preservation, making them an essential component of your restaurant equipment arsenal. With their energy-efficient design and exceptional durability, your food can be stored longer without compromising on quality.

Order your case today and experience the difference in high-performance vacuum packaging.