Kettle, 1,000 Gallon, Stainless Steel, Double Motion, Jacketed, Lee, 40 PSI, #5991834
Kettle, 1,000 Gallon, Stainless Steel, Double Motion, Jacketed, Lee, 40 PSI, #5991834
Location:New Jersey
Available quantity:1
Description
Lee Industries 1,000 gallon double motion jacketed mix kettle designed for sanitary processing applications in the food, dairy, confectionery, cosmetic, and pharmaceutical industries. The vessel features Lee's D9MS double motion agitation system with full sweep scrape agitation to continuously clean the vessel walls while providing thorough product turnover and uniform mixing. Constructed of stainless steel with a hemispherical bottom, the kettle includes a top-mounted 20 HP agitator drive, flush bottom 4" outlet valve, and sanitary product contact surfaces. The jacket is rated for 40 PSI at 287°F and is suitable for heating or cooling applications. Mounted on stainless steel legs with cross bracing, the vessel provides approximately 122" overall height. Last used in sanitary food manufacturing service. The double motion agitator design is well suited for viscous products, sauces, fillings, dairy products, confectionery masses, and other applications requiring efficient heat transfer and gentle product handling. Engineering drawing available.
Specifications
| Stock Number | 5991834 |
| Manufacturer | Lee Industries |
| Model | 1000D9MS |
| Year | 2002 |
| Serial Number | 22171-1 |
| Gallons | 1,000 |
| Type | Double Motion Scrape Agitation |
| Vessel Bottom | Hemispherical |
| Materials of Construction | Stainless Steel |
| Basis | As Is, Where Is |
General Information
Double motion kettles combine a slow-speed sweep agitator with secondary product movement to provide excellent mixing performance while maximizing heat transfer efficiency. The scraping action continuously removes product from heated vessel walls, reducing fouling and improving batch consistency. These vessels are commonly used for sauces, dressings, soups, dairy products, confectionery products, fillings, cosmetic creams, and specialty chemical applications requiring controlled heating, cooling, blending, and product homogenization.
