IH stainless steel centrifugal pump

Product flow parts are all made of stainless steel, for organic acids, organic compounds, alkalis, salt solutions, etc.,and have good corrosion resistance. The pump uses a new type of mechanical seal device, which can be used in a wide range of areas. Such as chemical, power, paper, food, pharmaceutical, synthetic fiber and other industrial sectors.

A stainless steel centrifugal pump is the use of impeller rotation to make the water centrifugal movement to work. Before the pump is started, the pump shell and the suction tube must be filled with water, and then the motor is started, so that the pump shaft drives the impeller and water to do high-speed rotating movement, and the water has centrifugal movement, is thrown to the outer edge of the impeller, and flows into the pressure water pipe of the pump through the flow channel of the spiral pump shell.

IH stainless steel single-stage seawater salt water centrifugal pump

IH stainless steel single stage seawater salt water centrifugal pump can be made of 304.316.316L and super dual phase steel stainless steel. It is an excellent transfer pump and unloading pump for transporting various concentrations of seawater, salt water and organic solvents.

Stainless steel centrifugal pump main parameters:

• Flow rate: 4m³/ h-400m³/ h
• Head: 10m-125m (1.0bar-12.5bar).
• Suitable medium: Brine, seawater, purified water, organic solvents and so on.
• Features: overflow parts SS304 or SS316L, can be equipped with single-terminal seal, two-terminal seal, and the corresponding cooling water cleaning device.

Our company can according to the actual working conditions, choose different configurations, to provide accurate solutions.

Nanjing Teflon Equipment Co., Ltd. is a national high-tech enterprise integrating the design, production and sales of chemical pump valves. The company is located in Jingxian Economic Development Zone, Anhui Province, with a registered capital of 52 million yuan and an area of 45 mu. The company has 6 production workshops with a construction area of 20,000 square meters. The company has 168 employees, including 32 engineering and technical personnel with a college or higher education, and has a complete production and operation management team such as production, technology development and sales. With the annual production of various fluorine plastic pumps, metal pumps have more than 30,000 sets of production capacity. Products are widely used in chemical, pharmaceutical, environmental protection, new energy, lithium-ion battery, circuit board cleaning, wafer cleaning and other industries.

Source factories usually refer to factories with independent research and development, production, and sales capabilities, which have their own production equipment and workshops, as well as a team of designers. These factories are capable of independently designing, developing, producing, and selling products, therefore requiring a certain level of strength and resources. The products from the source factory usually do not involve outsourcing to third-party processing plants for production, which can better control product quality. In addition, the source factory usually does not accept orders from non-brand parties unless approved by the brand party. Therefore, for customers who are not on the retail end, the source factory is directly involved in product design and production, while for customers who bring goods from the zero end, they need to pay attention to the authenticity and quality of the product.

The benefits of the source factory

1. Adequate supply of goods ensures supply. The source factory produces independently, ensuring a continuous supply of products to the market, which is beneficial for delivery time.
2. Advance quality control to ensure product quality. The quality control of the source factory is stricter, with layer-by-layer monitoring during the processing, timely detection and resolution of problems, greatly enhancing product quality assurance.
3. Short research and development cycle, fast product innovation. The source factory closely integrates various links such as terminals, research and development, processing, etc., with fast information feedback, which helps to accelerate the research and development and process adjustment process.
4. Price advantage. The source factory produces directly, eliminating the cost of intermediate links, so it usually provides more favorable prices.
5. Customization flexibility. The source factory can flexibly customize according to individual needs to meet personalized needs.
6. Quality assurance. The source factory has advanced manufacturing equipment and technology, as well as strict quality control processes, which can provide high-quality products.
7. Diversified choices. The source factory has a rich variety of styles, and there will be more choices.

1. What is a mechanical seal?

A: Mechanical seal is also called end seal, is composed of at least a pair of vertical rotation axis of the end face, under the action of fluid pressure and compensation mechanism, so that the two end faces closely fit, and relative sliding to form a device to prevent fluid leakage.

2. How many sealing forms are commonly used in machine pumps?

A: There are two kinds, dynamic seal and static seal.

3. What are the main causes of mechanical seal leakage?

A: 1) The end face of the seal between the dynamic ring and the static ring is too large, and the load coefficient is unreasonable during the design, which causes cracks, deformation, damage and so on.

2) Several auxiliary seals have defects or defects caused by improper assembly, and the selection of auxiliary seals is not suitable for the working medium.

3) The spring preload is not enough or after a long period of operation, fracture, corrosion, relaxation, coking, and suspended particles or crystals of the working medium accumulate for a long time in the spring gap, resulting in spring failure, compensation seal ring can not float, leakage;

4) Because the vertical deviation between the end face of the dynamic and static ring seal and the center line of the shaft is too large, the sealing end face is not tightly bound, resulting in leakage;

5) Due to the large axial channeling momentum of the shaft, the accessories related to the seal are not compatible or the quality is not good, which is easy to produce leakage phenomenon.