1A Goodsons Mews, Wellington Street, Thame, OX9 3BX
1A Goodsons Mews, Wellington Street, Thame, OX9 3BX
Application
The (Toftejorg) Alfa Laval TZ-79 Rotary Jet Head generates a 3D indexed impact clean in a pre-defined period of time. It provides a sure-fire means to achieve quality assured tank cleaning, and is fully automatic. The TZ-79 is suitable for storage, transportation and processing tanks and vessels of 250 to 1.250 m3 (66.000 to 328.000 US gallons) in volume. The device can be used in Brewery, Distillery, Food and Dairy processes, as well as many other industries.
Working Principle
The flow of the cleaning fluid rotates the nozzles around the vertical and horizontal axes using gears. The nozzles lay out a coarse pattern on the tank surface in the first cycle. Subsequent cycles make the pattern denser gradually, reaching completion after 8 cycles.
Material Certificate, 2.1 (standard)
ATEX (optional)
The choice of nozzle diameters can optimize jet impact length and flow rate at the desired pressure. Due to its slim design, it is ideal to retrofit spray balls, thereby reducing Cleaning-inPlace (CIP) costs and cleaning time.
Self-lubricating with the cleaning fluid
Product contact parts: Ra 0.5 μm
Max. throw length: 9 – 26m
Impact throw length: 5 – 14m
Working pressure: 3 – 12 bar
Recommended pressure: 5 – 6.5 bar
Rotary Jet Head Tank Cleaning Machine Retrofit
Boosts Yield and Environmental Profile
A global food and beverage manufacturer retrofitted tanks with Alfa Laval Rotary Jet Head tank cleaning machines to improve food hygiene and safety, conserve water, boost its environmental profile and increase productivity.
Extend the performance of your Jet Heads
Boost hygiene while reducing energy and water use. Alfa Laval’s range of processing solutions can help you improve yield and drive greater efficiency.
Alfa Laval provide high-performance components to maximise efficiency in applications across the dairy industry, from yoghurts and cheeses to milk, cream and butter.
Alfa Laval’s range of solutions are centred around increasing output while minimising contamination and enhancing efficiency,
making them ideal for applications in the personal care industry.
