GREDIL 9-litre satin-finish stainless steel cooking pot with lid

A heavy-duty cooking pot designed for professional kitchens, where even heat distribution and corrosion resistance are essential. The pot heats from the base upwards, using a multi-layer construction that spreads heat quickly and uniformly across the entire cooking surface. This prevents hot spots, allowing ingredients to cook at the same rate without scorching or sticking, even when the pot is filled to capacity.

The operator places the pot on a hob or range, adds ingredients, and covers with the included lid. The multi-point riveted handles remain cool to the touch throughout cooking, so the pot can be moved safely without interrupting the process. The satin finish reduces glare under kitchen lighting and resists fingerprints, keeping the pot looking clean during service.

Constructed from corrosion-resistant stainless steel, the pot has a 9-litre capacity and measures 240 mm in diameter and 200 mm in height. The multi-layer base combines different metals to balance heat conductivity and durability, ensuring the pot performs consistently across gas, electric and induction hobs.

The pot requires no special controls; heat is regulated at the hob. Its 9-litre volume allows bulk preparation of stocks, sauces, soups and braised dishes, while the 240 mm diameter provides ample surface area for searing or reducing. The 200 mm height accommodates tall ingredients without spillage, and the weight of the pot keeps it stable on the hob during stirring or lifting.

Cleaning follows from the materials: the stainless steel surface can be scrubbed with non-abrasive pads and standard kitchen detergents. The satin finish hides minor scratches, and the corrosion-resistant steel prevents pitting or staining from acidic ingredients. The pot is dishwasher-safe, though hand-washing prolongs the satin finish.

This pot is part of GREDIL's professional satin-finish stainless steel cookware range, designed for commercial catering environments where durability and heat performance are critical.