Industrial Cooking Kettle Manufacturers
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Browse Industrial Cooking Kettle Suppliers →Industrial cooking kettles — types and applications
Industrial cooking kettles are large-capacity heated vessels used for cooking sauces, soups, gravies, jams, curries, and other liquid or semi-liquid food products. The main types include: steam-jacketed kettles (a double-walled stainless steel vessel with steam in the jacket — provides even, indirect heat across the vessel base and sides; available with fixed or tilting mounting; standard for small to medium batch sauce and soup cooking); agitated steam-jacketed kettles (a jacket-heated kettle with a motorised stirrer or scraper — prevents scorching on the hot surface for products with a tendency to stick; essential for dairy-based sauces, tomato-based products, jams, and confectionery); tilting kettles (the entire vessel tilts to discharge product into the next vessel or into filling machines — reduces manual handling); continuous cooking systems (product is pumped through a continuously heated and stirred vessel or series of vessels — produces a consistent cooked output at a steady rate; used for high-volume sauce, jam, and soup production); and tube-in-tube or scraped surface heat exchangers (for viscous products that require controlled heat input and continuous flow — used in continuous sauce production and dairy product cooking).
Frequently asked questions
What is a CCP in industrial sauce cooking and how is it managed?
In sauce and soup production, the cooking step is typically a Critical Control Point (CCP) for the destruction of vegetative pathogens (Salmonella, Listeria, E. coli). The control measure is achieving and maintaining a minimum temperature throughout the product mass for a defined time — for example, 75°C for 30 seconds at the thermal centre of the batch (or the equivalent lethal time–temperature combination). In a batch kettle, the CCP monitoring is typically a calibrated temperature probe in the product with a chart recorder or data logger — the record of cooking time and temperature is the evidence that the CCP was met for each batch. In continuous cooking, a flow diversion valve may be used to ensure product that has not met the cooking specification is diverted. The specific temperature–time combination must be validated against the pathogen of concern for the specific product.
What kettle size and number should I specify for my production?
Kettle sizing requires calculating the required daily cooking volume (batch volume per recipe × number of batches per day). The batch cycle time includes: filling time (product is pumped or poured into the kettle); heat-up time (the time for the product to reach the cooking temperature — depends on the steam pressure and the product mass); cook hold time (at temperature, for the required pathogen kill and recipe development); discharge time (product is pumped or tipped out); and cleaning time (CIP cycle between batches or at end of day). The number of kettles and their size should be chosen to produce the required daily volume within the available production time. Multiple smaller kettles offer more flexibility for recipe changeovers; single large kettles maximise batch size but reduce scheduling flexibility.
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