Upgrade your food service with this 6-pack of HECMAC 1/9 Size Stainless Steel Hotel Pans. Perfect for banquet halls, buffets, and commercial kitchens, these durable food pans are designed for both hot and cold foods, capable of withstanding temperatures up to 400°F. Constructed from sturdy 23-gauge food-grade stainless steel, these pans are impact-resistant and built to last in demanding environments. The 1/9 size is ideal for serving smaller portions and condiments. Each pan measures approximately 7″ x 4 1/4″ with a depth of 2-1/2″, and a capacity of 0.6 quarts. These pans feature double reinforced corners that protect them from damage, as well as integrated molding and anti-jam stacking lugs for easy storing and release. The tapered, reinforced indented corners allow for easy scooping and pouring while adding structural strength. Easy to clean and dishwasher safe. Enjoy superior heat conductivity and long-lasting durability with these commercial-grade food pans. We prioritize customer satisfaction. If you encounter any quality issues upon receiving your order, we offer free returns and exchanges. For any other questions or concerns, please don’t hesitate to contact us. Our dedicated customer service team is committed to providing a response within 24 hours to address your needs promptly and effectively. Invest in quality and efficiency for your food service operation with these HECMAC Hotel Pans.
• Durable Design: Double reinforced corners for impact resistance.
• Easy Stacking: Integrated molding and anti-jam stacking lugs.
• Superior Heat Conductivity: Ideal for hot and cold foods up to 400°F.
• Easy to Clean: Dishwasher safe for convenient cleanup.
• Commercial Grade: Sturdy 23 gauge food-grade stainless steel.
• Tapered Corners: Reinforced corners for easy scooping and pouring.
• Satisfaction Guaranteed: Free returns and exchanges for quality issues.
• 24-Hour Customer Service: Prompt support for any questions or concerns.
• Versatile Use: Perfect for banquet halls, buffets, and more.
• Warp Resistant: Thick enough to strengthen structure and avoid warp.
