SKU: 438-STPA3192
Brand: Thunder Group
Thunder Group STPA3192 Ninth Size Steam Pan, Stainless
The Thunder Group STPA3192 is a durable ninth-size steam pan made from 24-gauge 18/8 stainless steel, designed to withstand heavy use while reducing jamming in stacked configurations. Its compact 2.5-inch height fits tight spaces, making it ideal for busy commercial kitchens.
Key Features
- •24-gauge 18/8 stainless steel construction resists warping under heat and pressure, ensuring long-term durability in high-volume kitchens.
- •Anti-jam design minimizes stacking issues, keeping your workflow smooth and efficient, even with repeated use.
- •Ninth-size footprint (2.5 inches high) fits tight prep stations, maximizing space without sacrificing performance.
- •Non-perforated style is ideal for serving hot, moist foods like soups, stews, and casseroles in buffet and steam table setups.
- •Lightweight yet sturdy, weighing only 0.36 lbs, making it easy to stack and handle without compromising strength.
Starting from $11.71/unit
Volume discounts available
The Thunder Group STPA3192 Ninth Size Steam Pan is a workhorse for commercial kitchens, built to handle the demands of high-volume food service. Constructed from 24-gauge 18/8 stainless steel, this pan resists warping under heat and pressure, ensuring long-lasting durability. Its anti-jam design minimizes stacking issues, keeping your workflow efficient. The ninth-size footprint, measuring just 2.5 inches in height, fits seamlessly into crowded prep stations, maximizing space without compromising performance. Ideal for buffet lines, steam tables, and food bars, this steam pan is a must-have for restaurants, hotels, and catering operations looking to optimize efficiency without sacrificing quality. Its non-perforated style makes it perfect for serving hot, moist foods while its lightweight yet sturdy construction ensures it can handle repeated use without bending or degrading. Whether you're stocking a fast-paced kitchen or setting up a buffet, the Thunder Group STPA3192 delivers reliability, functionality, and space-saving innovation.