Browne 8 qt Stainless Steel Saucepan w/ Hollow Metal Handle (5724166) - Image 1
SKU: 158-5724166
Brand: Browne
Model: 5724166

Browne 8 qt Stainless Steel Saucepan w/ Hollow Metal Handle (5724166)

The Browne 8 qt stainless steel saucepan (Model 5724166) delivers superior heat distribution with its aluminum sandwich base, induction compatibility, and stay-cool hollow metal handles. Ideal for mid to large-batch cooking in commercial kitchens.

Key Features

  • Induction-compatible stainless steel saucepan with aluminum sandwich base for even heat distribution
  • Stay-cool hollow metal handle and integrated helper handle for enhanced safety and control
  • 8-quart capacity with 11-inch diameter, ideal for mid- to large-batch cooking
  • Durable stainless steel construction with riveted handles for long-lasting performance
  • Part of the Thermalloy® series, meeting the high standards of professional kitchens
Starting from $176.25/unit

Volume discounts available

The Browne 8 qt Stainless Steel Saucepan (Model 5724166) is a professional-grade piece of cookware designed to meet the demands of busy commercial kitchens. Part of the Thermalloy® series, this saucepan features a durable stainless steel outer layer paired with a 1/4-inch aluminum sandwich base, ensuring even heat distribution and efficient cooking performance. Its induction compatibility makes it versatile for use on all types of stovetops, while the hollow metal handle and integrated helper handle remain cool to the touch, enhancing safety and control during long cooking sessions. With an 11-inch diameter and 8-quart capacity, this low-profile pan is perfect for mid- to large-batch preparation, making it a staple in any professional kitchen. The riveted construction guarantees durability, and its sleek design complements modern kitchen aesthetics while standing up to the rigorous demands of commercial cooking. For chefs and restaurant owners seeking reliable, high-performance cookware, the Browne 5724166 is an excellent investment that balances functionality, durability, and efficiency.