In large, professional kitchens where a high capacity is needed, this 50L heavy-duty boiling pan does an excellent job. You can boil, poach and fry in the round cooking pot. This professional pan is ideal for preparing soups, sauces and broths as well as stews, vegetables and potatoes. Thanks to the large drain tap, it is possible to drain liquid food to the exact amount you need.

Indirect heating system

The double wall filled with water on the inside of the boiling pan creates an indirect heating system. The safety thermostat warns against a low water level so that food does not burn quickly. The lid of the cooking pot is double-layered and equipped with a counterweight mechanism so that you can easily open and close it. Thanks to the extra-insulating material from which the pan is made, heat loss and energy consumption are kept at a minimum. The pan is very user-friendly and has a practical manometer. This boiling pan works on gas and the throttle valves are electronically controlled, just like the ignition system. The micro-perforated burners are made from stainless steel and are equipped with flame protection.

Easy to clean

This powerful boiling pan is made from stainless steel and is very easy to clean. Stainless steel is best cleaned with a damp cloth, warm water and a mild detergent. After cleaning, it is advisable to dry everything thoroughly with a soft cloth. In addition, this professional boiling pan is equipped with sturdy legs for extra stability. 

Features

• Round monoblock boiling pan suitable for cooking, sautĆ©ing and poaching
• Easy to use drain with large handle
• Indirect heating system through a double wall filled with water
• Double layer lid with counterbalance mechanism for easy opening
• Sturdy legs for stability
• Easy to use and practical manometer

Product specifications

• Net weight: 67kg
• Dimensions: W80 x D70 x H85cm
• Net capacity: 50L
• Total gas power: 11,0 kW
• Installed gas injectors: G25-natural gas
• Extra set of gas injectors: G30-LPG (propane/butane)

Note: The product shown in the image may differ slightly from the actual model