Introduction to Natural gas pressurized Roots blower, advantages, characteristics and principles of Roots Blower
Natural gas pressurized Roots blowera rotary compressor that uses two lobed rotors to move relative to each other in a cylinder to compress and transport gas.。The following is to introduce the Natural gas pressurized Roots blower:
1、Brief introduction of Natural gas pressurized Roots blower
Natural gas pressurized Roots bloweris a positive displacement blower.,is a Natural gas pressurized Roots blower。
Natural gas pressurized Roots blower
2、Natural gas pressurized Roots blower characteristics
Natural gas pressurized Roots blowerlow noise,durable performance,energy-efficient,convenient maintenance,convenient manufacture,widely used in aquaculture, coal chemical industry, Environmental protection industry, sewage disposal, coal chemical industry and other fields,is an efficient volumetric gas conveying and pressurizing equipment.,in the course of work,The gas is compressed and transported by the relative rotation of a pair of trilobal rotors in the cylinder. Each trilobal rotor is supported by two bearings, and the relative position of the two rotors is always kept constant by using a pair of synchronous gears. During the rotation of the rotor, there are tiny gaps between impeller and impeller, impeller and casing, impeller and side cover, so there is no friction in the working chamber and no lubrication is needed, thus realizing the smooth transportation of gas.,is based on hyde powder is a Natural gas pressurized Roots blower newly developed by hyde。
Natural gas pressurized Roots blower
3、Introduction of advantages of Natural gas pressurized Roots blower
Natural gas pressurized Roots blowers have the following advantages.
- Convenient maintenance
- Low noise
- Durable performance
- Long service life
- Low noise and vibration
The structure of the Natural gas pressurized Roots blower is relatively simple and easy to maintain.
The design of the three-blade rotor effectively controls the noise and vibration of the fan.
Impeller and shaft are integrated structure, and the impeller is not worn, so the performance of the fan is durable and can run continuously for a long time.
The mechanical friction of the Natural gas pressurized Roots blower is small and the loss is low, so its service life is relatively long. This enables it to maintain high working efficiency and stability in long-term operation.
The three-leaf rotor structure of the Natural gas pressurized Roots blower makes it less vibration and noise. This feature makes the Natural gas pressurized Roots blower work normally in situations where a quiet environment is needed.
Natural gas pressurized Roots blower
4、Natural gas pressurized Roots blower structure composition
The Natural gas pressurized Roots blower has the following structure
- rotator
- fuel tank
- impeller
- case
- rotator
The core components are two identical lobed rotors, which usually adopt involute or epicycloid envelope design to ensure close cooperation during rotation and reduce leakage.
Mainly used for storing lubricating oil used for lubricating gears and bearings. The oil tank is used to store lubricating oil to lubricate bearings and gears and reduce wear and friction.
It is the rotating part of the Natural gas pressurized Roots blower, which is divided into two leaves and three leaves. However, due to many advantages such as smaller air pulsation, less noise and smoother operation, the three-leaf Natural gas pressurized Roots blower has gradually replaced the two-leaf Natural gas pressurized Roots blower.
It mainly plays the role of supporting (wallboard, impeller, muffler) and fixing. The casing is the external structure of the Natural gas pressurized Roots blower, which is used to support and fix the rotor, bearings and other components, while ensuring the gas tightness.
The core components are two identical lobed rotors, which usually adopt involute or epicycloid envelope design to ensure close cooperation during rotation and reduce leakage.
Natural gas pressurized Roots blower
5、Natural gas pressurized Roots blower video
On-site aerial photography of Natural gas pressurized Roots blower。
Natural gas pressurized Roots blower
As you can see from the live video.,Shandong Haide Fenti Engineering Co., Ltd. Widely used indehydrate,exhaust emission,aquaculture,pick up the suction,supply air and so on。
6、Natural gas pressurized Roots blower use
Natural gas pressurized Roots blowerIt has a wide range of uses, and is often used incool,mix,Desulfurization oxidation,Material fluidization,sewage disposal and so on。
Natural gas pressurized Roots blower
Natural gas pressurized Roots blowerit can be used in building materials, manufacturing industry, Pharmaceutical and chemical industries, Food and beverage processing, chemical fertilizer and other industries,the main structure includes wallboard, wallboard, impeller, bearing and rotator,The overall structural design is simple and novel.,it has the structure of fuel tank, muffler, case, wallboard and muffler。
Related recommendation
-
Introduction to Vacuum ash extraction pneumatic conveying, how much is the price of the pneumatic conveying?
2025-5-26 -
What is a Gypsum powder pneumatic conveying equipment? Introduction to the advantages and characteristics of the Pneumatic conveying equipment
2025-5-26 -
Introduction to Pneumatic conveying of purified ash from carbide furnace, how much is the price of the Material conveying?
2025-5-26 -
What is a Roots Blower? Roots Blower specifications, models, and parameters
2025-5-26 -
Introduction to Large suction three-leaf Roots vacuum pump and the roots vacuum pump working principle
2025-5-26 -
Introduction to Protein powder conveying system, advantages, characteristics and principles of Pneumatic conveying equipment
2025-5-26 -
Introduction to Centralized feeding Roots blower and Roots Blower advantages and features
2025-5-26 -
What is a Upward discharge pneumatic ash silo pump? Introduction to the advantages and characteristics of bin pump functions
2025-5-26 -
料封泵式稀相正压输送
2014-3-8 -
What is a Side mounted rotary feeder? Introduction to the Working Principle of Feeder
2025-5-26