Subscribe our Newsletter to receive exclusive offers and deals!

Australia Wide
Sale 1800 800 878
24 hours
Service 1800 802 697
Product Catalogue » NEW » Blowers » Kawasaki Single Stage Blowers | Kawasaki Single Stage Turbo Blower
-
Kawasaki Single Stage Turbo Blower - KawasakiBlower
Price on Enquiry
The Kawasaki single stage blower is a modern integral compressor that combines state-of-the-art technologies to maximise the efficiencies between equipment size and flow-handling capability. This aerodynamic technology, combined with rugged, time-proven construction, creates a high-volume, low-pressure compressor that is unsurpassed in the industry.
Its high efficiency and reliability has made these units a proven performer, with over a thousand installations world-wide, in industries such as chemical, petrochemical & refining, municipal and industrial waste water treatment, food and mineral processing, pharmaceutical and pulp & paper.
The blower air-end consists of 17-4 pH stainless steel one piece impeller which ensures complete mechanical integrity. These are fitted in stages to alloy steel shafts with both static and dynamic balancing. The impeller assembly rotates inside heavy-duty cast iron housing with all tolerances being maintained to exacting standards to ensure optimum performance and efficiency. Performance testing to full ASME standards can be carried out to provide full customer assurance of operating parameters.
All but the smallest blowers are mounted on a base plate and are direct driven at 3000 RPM via a heavy duty flexible coupling. Other drivers such as steam turbine, diesel engine, gas turbine can also be utilized.
Equipped with a mixed-flow impeller, allows the compressed gas to flow at a 45o angle across the impeller face into the diffusion chamber. Turbulence is thereby reduced during compression, compared to other designs. The result is a reduction in horsepower requirements for a given application.
The flow handling capabilities described result in a 30 – 40% smaller impeller diameter for a given application. As a result, aerodynamic thrust loads, overhung impeller weights, as well as package sizes, are significantly reduced.
Please enquire below for more information.




.jpg)






