Introduction to Lushi blower in thermal power plant and Three leaf Roots blower advantages and features

Lushi blower in thermal power plantthe models are complete and can meet the needs of different users for different purposes.，at the start of the operation,Gas is compressed and transported based on the relative motion of two lobed rotors in the cylinder. When the two rotors rotate, the volume between them changes constantly, thus realizing the suction, compression and discharge of gas.，the principle is simple.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.，the main features are stable and reliable, economical and durable, run smoothly, low noise and strong adaptability，is designed by hyde powder with advanced technology。

1、Brief introduction of Lushi blower in thermal power plant

Lushi blower in thermal power plantis an efficient volumetric gas conveying and pressurizing equipment.，it has the structure of muffler, bearing, wallboard, case and muffler，Lushi blower in thermal power plantThe structure is novel, special, advanced, reasonable and scientific.。

Lushi blower in thermal power plant

2、Introduction of Lushi blower in thermal power plant characteristics

Lushi blower in thermal power plantit has the characteristics of be of simple construction, wide application range, wide application range, Precise control and convenient maintenance，it has the functions of supply air, dehydrate, aeration, cool and exhaust emission，can be customized according to user's needs.。

Lushi blower in thermal power plant

3、Advantages of Lushi blower in thermal power plant principle

Lushi blower in thermal power plantat work,When the motor drives one impeller to rotate, the other impeller will rotate synchronously at the same speed and in the opposite direction under the action of the synchronous gear. In the process of rotation, because the gaps between impeller and impeller, impeller and casing, impeller and wallboard are very small, a vacuum state is formed at the air inlet, and air is sucked into the air inlet cavity under the action of atmospheric pressure. As the impeller continues to rotate, two blades of each impeller, the wallboard and the casing form a sealed cavity, and the air in the air inlet cavity is continuously brought to the exhaust cavity by the sealed cavity formed by the two blades. Because the impellers in the exhaust cavity are meshed with each other, the air between the two blades is squeezed out. After continuous inhalation and extrusion, air is continuously transported from the air inlet to the air outlet, completing the whole gas transportation process.，multifunctional, with functions such as desulfurization oxidation, material handling, aquaculture, pick up the suction and pressurized transportation，it has the functions of desulfurization oxidation, dehydrate, sewage disposal, exhaust emission and aeration，is carefully developed by hyde combined with advanced technology。

Lushi blower in thermal power plant

4、Lushi blower in thermal power plant HD real shot

The following is the live video of Lushi blower in thermal power plant designed and produced by hyde for users, from which we can see the the advantage is The structural form of the three-blade rotor and the reasonable structure of the air inlet and outlet in the shell make the Lushi blower in thermal power plant less vibration and noise.、The structural form of the three-blade rotor and the reasonable structure of the air inlet and outlet in the shell make the fan have small vibration and low noise.、Small size and small floor space make it easy to arrange and install in places with limited space.、Simple structural design, stable and reliable operation and convenient maintenance. This enables it to maintain high working efficiency and stability in long-term operation.、The air volume is directly proportional to the rotating speed, so its air output is very stable and basically unaffected by pressure changes. This characteristic makes the Lushi blower in thermal power plant perform well in many situations where stable airflow is needed. of hyde powderLushi blower in thermal power plant.。

Lushi blower in thermal power plant

As you can see from the live video.，Shandong Haide Fenti Engineering Co., Ltd. it is usually composed of impeller, fuel tank, rotator, bearing and bearing。

5、Structural advantages of Lushi blower in thermal power plant

The Lushi blower in thermal power plant has the following structure

1. wallboard

It is mainly used to connect the casing with the impeller, support the rotation of the impeller, and play the role of end sealing.

2. bearing

It is used to support the rotation of the rotor and bear the weight of the rotor and the load during operation.

3. muffler

Used to reduce the noise caused by airflow pulsation when the Lushi blower in thermal power plant enters and exits.

4. bearing

It is used to support the rotation of the rotor and bear the weight of the rotor and the load during operation.

5. 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.

Lushi blower in thermal power plant

6、hyde powder workshop real shot

You can buy Lushi blower in thermal power plant according to your needs and show you product videos.。

Lushi blower in thermal power plant

As you can see from the live video.hyde is a positive displacement blower.。

Lushi blower in thermal power plantat runtime,Gas is compressed and transported based on the relative motion of two lobed rotors in the cylinder.，the product looks beautiful.，is a common Lushi blower in thermal power plant。