Introduction to High temperature and high pressure Roots blower, advantages, characteristics and principles of blower

High temperature and high pressure Roots bloweris a positive displacement blower with forced gas transmission characteristics.，it has the functions of desulfurization oxidation, supply air, dry, pick up the suction and mix，the principle is simple.Gas is compressed and transported based on the relative motion of two lobed rotors in the cylinder.，is a common High temperature and high pressure Roots blower，features include stable and reliable, durable performance, run smoothly, strong adaptability and wide application range。

1、Brief introduction of High temperature and high pressure Roots blower

High temperature and high pressure Roots blowerthe models are complete and can meet the needs of different users for different purposes.，the product looks beautiful.，It is mostly used in Pressurized transportation, aquaculture, mix, Ventilation, Desulfurization oxidation, pick up the suction and so on，is based on hyde is a High temperature and high pressure Roots blower newly developed by hyde。

High temperature and high pressure Roots blower

2、High temperature and high pressure Roots blower use

High temperature and high pressure Roots blowerIt is a product series that integrates supply air, dry, cool, dehydrate and mix，the product looks atmospheric.，It has high efficiency and can realize gas transportation and pressurization with low energy consumption.、Simple structural design, stable and reliable operation and convenient maintenance. This enables it to maintain high working efficiency and stability in long-term operation.、Because of the design of three-blade rotor, the High temperature and high pressure Roots blower has little vibration and low noise during operation, and the operation is stable and reliable、Because of the design of three-blade rotor, the High temperature and high pressure Roots blower has little vibration and low noise during operation, and the operation is stable and reliable、In the process of air intake and exhaust, the High temperature and high pressure Roots blower will not produce air pulsation, which means that it does not need an additional buffer gas tank to output gas smoothly. This is particularly important for processes that require stable airflow.，it is an ideal choice for customers to buy High temperature and high pressure Roots blower。

High temperature and high pressure Roots blower

3、Working principle of High temperature and high pressure Roots blower

High temperature and high pressure Roots blowerat runtime,The two three-blade impellers rotate relatively in the space sealed by the casing and the wallboard. Each impeller adopts the envelope of involute or epicycloid, the three blades of each impeller are exactly the same, and the two impellers are also exactly the same, which greatly reduces the machining difficulty. During the rotation of the impeller, air enters the air inlet cavity under the action of atmospheric pressure, and then two blades of each impeller, the wallboard and the casing form a sealed cavity. During the rotation of the impeller, the air in the air inlet cavity is continuously brought to the exhaust cavity by the sealed cavity formed by the two blades, and because the impellers in the exhaust cavity are meshed with each other, the air between the two blades is squeezed out, so that the air is continuously transported from the air inlet to the air outlet.，is a common High temperature and high pressure Roots blower，the main features are convenient manufacture, Precise control, wide application range, energy-efficient and smooth operation。

High temperature and high pressure Roots blower

4、Structural characteristics of High temperature and high pressure Roots blower

The High temperature and high pressure Roots blower structure is introduced as follows:

1. 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.

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. impeller

It is the rotating part of the High temperature and high pressure 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 High temperature and high pressure Roots blower has gradually replaced the two-leaf High temperature and high pressure Roots blower.

4. 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.

5. fuel tank

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.

High temperature and high pressure Roots blower

5、High temperature and high pressure Roots blower working site

hyde powder provides customers with on-site high-definition video, fully demonstrates the advantages of on-site productt operation, and helps customers to deeply understand the High temperature and high pressure Roots blower production process and production site, and gain favorable comments and recognition from customers.。

High temperature and high pressure Roots blower

As you can see from the live video.，hyde powder Widely used in Pressurized transportation, Material fluidization, Ventilation, aquaculture and dry。

High temperature and high pressure Roots blowerIt has the functions of material handling, aquaculture, sewage disposal, aeration and exhaust emission，at 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.。