Karpowicz - Steam Cooking Kettle Karpowicz KK-900/p PN with Tilting Basket

• Batch cooking of soups, sauces, stews, and gravies in large volumes.
• Braising and boiling of meats, vegetables, and pasta.
• Preparation of confectionery fillings, jams, and preserves.
• Heating and holding of liquid food products prior to further processing or packaging.
• Sterilisation of certain food products.

Typical capacity

For this model series, capacities commonly range from 500 to 1000 litres, with the '900' in the model name suggesting a nominal capacity around 900 litres.

Heating method

Steam heating, requiring connection to an existing steam supply.

Construction material

Typically acid-resistant stainless steel (e.g., AISI 304 or 316), suitable for food contact and corrosive environments.

Tilting mechanism

Pneumatically controlled tilting basket, requiring a compressed air supply.

Control system

Often features an integrated electronic controller, such as the MIKSTER unit mentioned, for temperature and process timing.

Power supply

Control systems and pneumatic components typically require a standard industrial electrical supply, commonly 230V or 400V, 3-phase, for auxiliary functions.

Footprint

Units of this capacity typically require a floor space of approximately 1.5m x 1.5m, plus clearance for operation and maintenance.

• What are the primary benefits of steam heating for a cooking kettle?

  Steam heating offers rapid and uniform heat distribution, precise temperature control, and energy efficiency, particularly in facilities with an existing steam infrastructure. It also reduces the risk of localised burning compared to direct heating methods.

• Why is a tilting basket important for this type of kettle?

• What maintenance is typically required for a steam cooking kettle?

• Can this kettle be used for products other than liquids?

• What utilities are needed to operate this kettle?

• Is this unit suitable for high-acid products?

Used cooking vessels and kettles are valued in food processing for reliable thermal performance when properly maintained. Buyers typically prioritise construction quality, material condition, and heating system functionality. Key considerations include capacity specifications, internal surface condition, and seal integrity. These units generally offer good value when sourced from reputable previous operators. Industry sentiment favours equipment with documented service history and minimal corrosion. Stainless steel variants are particularly sought after for durability and hygiene compliance in commercial food preparation environments.

General overview for this equipment type