SKU: 438-ALSKSP606
Brand: Thunder Group
Thunder Group ALSKSP606 32 qt Aluminum Stock Pot
The Thunder Group ALSKSP606 32 qt aluminum stock pot is a heavy-duty, dishwasher-safe workhorse designed for demanding commercial kitchens. Compatible with electric, gas, and halogen cooktops, it delivers exceptional durability and performance for high-volume operations.
Key Features
- •Heavy-duty 6mm aluminum construction for long-lasting durability in commercial kitchens
- •Dishwasher-safe, reducing downtime and maintenance for high-volume operations
- •Compatible with electric, gas, and halogen cooktops for versatile use in any kitchen
- •Riveted handle connection ensures secure, worry-free handling during intense cooking
- •NSF-certified, meeting strict industry safety standards for commercial food service
Starting from $282.84/unit
Volume discounts available
The Thunder Group ALSKSP606 32 qt aluminum stock pot is built to handle the rigorous demands of commercial kitchens, offering unmatched durability, efficiency, and versatility. With a **6mm wall thickness**, this **dishwasher-safe** stock pot ensures long-lasting performance, reducing maintenance and replacement costs. Its **riveted handle connection** and **heavy-duty construction** make it ideal for high-volume operations, while its **14-3/8" diameter and 13" depth** provide ample capacity for soups, stocks, sauces, and more. Perfect for **restaurant kitchens, catering, and institutional food service**, this pot is designed to withstand the toughest cooking environments while maintaining consistent heat distribution. The **aluminum material** ensures rapid heat response, making it ideal for rapid cooking and temperature adjustments—a critical factor in fast-paced kitchens. Additionally, its **NSF certification** guarantees compliance with industry safety standards, giving you peace of mind. Whether you're outfitting a new restaurant or upgrading your existing equipment, the Thunder Group 32 qt stock pot is a reliable, high-performance choice that delivers on durability and functionality.