Introduction to High-pressure three-leaf Roots vacuum pump, how much is the price of the the roots vacuum pump?

High-pressure three-leaf Roots vacuum pumpbelonging to a rotary vacuum pump.，It is mostly used in Vacuum extraction, vacuum distillation, vacuum packaging, vacuum treatment, vacuum drying, Gas treatment and so on，is a kind of high quality and low price High-pressure three-leaf Roots vacuum pump，in the course of work,mainly based on the relative rotational movement of the rotor in the pump chamber. There are two rotors in the pump, and a certain gap is kept between them and the inner wall of the pump shell. Through the rotation of the rotor, the gas is sucked in from the air inlet, and then discharged from the air outlet through the processes of compression and exhaust. Due to the special design of the rotor profile, the gas in the pump cavity is effectively compressed and discharged, thus achieving vacuum extraction.，is developed and improved by hyde。

1、Brief introduction of High-pressure three-leaf Roots vacuum pump

High-pressure three-leaf Roots vacuum pumpis an efficient and reliable vacuum equipment.，the product looks atmospheric.，it has the structure of sealing device, gearing, rotator, pump body and bearing，This productThe structure is novel, special, advanced, reasonable and scientific.。

High-pressure three-leaf Roots vacuum pump

2、High-pressure three-leaf Roots vacuum pump video detail

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-pressure three-leaf Roots vacuum pump production process and production site, and gain favorable comments and recognition from customers.。

High-pressure three-leaf Roots vacuum pump

As you can see from the live video.，hyde powder Small size and small floor space make it easy to arrange and install in places with limited space.、In the process of air intake and exhaust, the High-pressure three-leaf Roots vacuum pump 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.、Due to the adoption of synchronous gear transmission and small gap design, the High-pressure three-leaf Roots vacuum pump runs stably and reliably, without contact and wear parts, and has a long service life.、Because of the design of three-blade rotor, the High-pressure three-leaf Roots vacuum pump has little vibration and low noise during operation, and the operation is stable and reliable、The structural form of the three-blade rotor and the reasonable structure of the air inlet and outlet in the shell make the High-pressure three-leaf Roots vacuum pump less vibration and noise.。

3、Working principle of High-pressure three-leaf Roots vacuum pump

High-pressure three-leaf Roots vacuum pumpat runtime,the suction, compression and exhaust processes are completed by synchronous high-speed rotation of two or more trilobal rotors in the pump cavity. The rotor consists of three blades, whose shapes and positions are symmetrical. When the motor is started, the two rotors start to rotate. Due to the symmetry of the design and position of the blades, air enters the pump body from the air inlet, and is gradually squeezed and discharged by the blades, forming a vacuum.，is a High-pressure three-leaf Roots vacuum pump，the main structure includes pump body, bearing, sealing device, rotator, gearing and so on，productThe structural design is simple, novel and special.，the product looks beautiful.，can be customized according to user's needs.。

High-pressure three-leaf Roots vacuum pump

4、Functional advantages of High-pressure three-leaf Roots vacuum pump

High-pressure three-leaf Roots vacuum pumps have the following advantages.

1. Long service life

The rotor of the High-pressure three-leaf Roots vacuum pump is usually made of wear-resistant materials, and the structure of the pump body is firm, so the service life is relatively long.

2. High pumping efficiency

Due to the relative motion between the rotors, the High-pressure three-leaf Roots vacuum pump can compress and exhaust gas efficiently in the process of air extraction, thus improving the air extraction efficiency.

3. High exhaust speed

The High-pressure three-leaf Roots vacuum pump has a large exhaust speed, which can quickly exhaust gas from the pump cavity, forming a high vacuum degree.

4. high-effect

The High-pressure three-leaf Roots vacuum pump has very high pumping speed and exhaust capacity, especially in the range of high vacuum, and its performance is particularly outstanding.

5. Wide application range

High-pressure three-leaf Roots vacuum pumps are suitable for many industries, such as aquaculture and other fields, and are used in various technological processes such as vacuum distillation, drying, purification, pumping and vacuum packaging.

High-pressure three-leaf Roots vacuum pump

5、Structural characteristics of High-pressure three-leaf Roots vacuum pump

The High-pressure three-leaf Roots vacuum pump structure is introduced as follows:

1. pump body

Pump body is usually made of cast iron or cast steel, which has good strength and sealing performance.

2. sealing device

The sealing device is used to ensure that the gas in the pump cavity will not leak to the external environment.

3. rotator

Rotor is the core component of the High-pressure three-leaf Roots vacuum pump, and its profile design and machining accuracy directly affect the performance and service life of the pump.

4. bearing

Bearings are responsible for supporting the rotary motion of the rotor, and high-precision bearings are usually used to ensure the stable operation of the rotor.

5. gearing

The transmission device is usually driven by motor or reducer, which makes the rotor rotate relatively in the pump cavity.

High-pressure three-leaf Roots vacuum pump

6、High-pressure three-leaf Roots vacuum pump price

The High-pressure three-leaf Roots vacuum pump price is introduced as follows:

1. Model size

The same product, with different specifications and models, requires different materials and accessories when manufacturing. Moreover, the products with different specifications and models have different performance, and the manufacturers have different production costs, so the prices of products with different specifications and models are also different.

2. Cost input

A High-pressure three-leaf Roots vacuum pump needs to spend a lot of manufacturing costs from research and development to production to sales, including raw material costs, technical costs, labor costs, etc. The higher the manufacturing cost, the higher the price will be.

3. Product technology

Each customer needs different products, wants to achieve different purposes, and has different product technical design. The higher or more advanced the technical requirements, the more the product cost will be, and the price will increase with the increase of cost. On the contrary, the price will be cheaper.

4. quality

Quality is an important and fundamental factor that affects the price of High-pressure three-leaf Roots vacuum pump. In the final analysis, its price depends on its quality. Usually, High-pressure three-leaf Roots vacuum pump with better quality will cost more, and such products have better effects, longer service life and more advanced technology. A High-pressure three-leaf Roots vacuum pump with a relatively general quality will cost less, have a shorter service life and have a relatively general use effect.

5. raw material

The quality of materials directly determines the cost. The worse the materials are, the lower the cost will be, and the cheaper the price will be. Of course, the materials are better and the cost is higher, so the overall quotation is naturally higher.

High-pressure three-leaf Roots vacuum pump

High-pressure three-leaf Roots vacuum pumpusually used in power, port, Textile light textile, petrochemical industry, power and other fields，based on the relative motion between the rotors, the gas is sucked from the air inlet through the rotation of the rotors, compressed in the pump cavity, and finally discharged through the air outlet, thus forming a vacuum in the pump cavity.。