Twin Lobe Roots Blower

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Twin Lobe Blower Salient Features:

  • Factory engineered superior product
  • Completely Oil-Free air delivery
  • Anti-friction bearings, oil splash lubricated
  • Gears made from alloy steel
  • Easy to set rotor timing
  • Rotary Oil sealing
  • Adjust airflow vertical and horizontal
  • Special sealing arrangement for better performance
  • V-belt driven or direct coupled
  • Adjust inlet and outlet connection to avoid frequent losses
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Applications - Where to Use it?

  • Cement Industries
  • Paper Industries
  • Pollution Control Projects
  • Textile and sugar industries
  • Gas booster
  • Fertilizer (chemical) industries
  • Pneumatic conveying system
  • Sewage and dewatering plants
  • Water treatment plants, etc…
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LEADING MANUFACTURER OF TWIN LOBE ROOT BLOWER AND COMPRESSOR BASED IN INDIA

Airzon a leading and reputable manufacturer of lobe blowers in India provides a variety of twin lobe blowers with flow rates from 20 m3/hr to 10K m3/hr in a single stage. We have a variety of positive displacement equipment which keeps the volume constant while operating at a continuous speed.
The simple design, higher efficiency, easy to handle and constant performance of our Twin lobe roots blower is a great machine that can be used in a variety of applications. The primary characteristic of this machine is to generate a continuous flow of gas at different pressure.
All the Twin lobe rotary compressors and blowers are manufactured on highly efficient CNC machines to ensure the standard quality of workmanship resulting in a great performance. Our machines are ready to install and also the bare parts for quick replacement.

Operating Principle:

  • Both lobes are eight (8) in shape and both rotate in opposite directions.
  • Every time the rotor passes a blower inlet, the volume of gas is trapped in the casing area and then they are carried out to the blower outlet.
  • As the speed of rotors is constant, the trapped volume of gas (a.k.a displaced volume) remains the same (approximately) at different temperatures and pressures.
  • Now when the rotor passes a blower outlet, the trapped gas is compressed as an operator has set the system pressure. And then the gas expels.
  • The little clearance passage allows operation smoothly without lubrication anything inside the casing.
  • The timing gears are used to set and control the relative position of each rotor.