CQL stainless steel insulated magnetic pump

The stainless steel insulated magnetic pump, on the other hand, emphasizes low-noise operation and a shaft-seal-less design that avoids the risk of leakage, and comes with thermal insulation for applications where the temperature of the liquid needs to be maintained. It also features an adjustable flow rate to meet a wide range of needs, and is widely used in chemical, pharmaceutical and food applications.Which pump to choose depends on the specific application scenario and needs. If the application scenario requires maintaining the temperature of the liquid or has special requirements for noise, a stainless steel insulated magnetic pump may be more suitable.

Stainless steel insulated magnetic pumps are highly efficient pumping devices that are widely used in applications that require high temperatures or require that the temperature of the liquid be maintained. The main features of this type of pump include stainless steel materials, insulation features, and a magnetic drive system. The following is a detailed description:

1. Stainless steel material
The pump body and key components of stainless steel insulated magnetic pumps are usually made of stainless steel materials, such as 304 or 316 stainless steel. The main advantages of using stainless steel include:

Corrosion resistance: stainless steel can effectively resist the corrosion of various chemical media and is suitable for a variety of harsh environments.
High temperature resistance: stainless steel has good high temperature resistance, suitable for handling high temperature liquids.
Abrasion resistance: stainless steel material has better abrasion resistance, extending the service life of the pump.
2. Heat preservation function
Heat retention: the main purpose of the insulation function is to maintain the temperature of the liquid in the pump and reduce heat loss. The pump body is usually equipped with an insulation layer or heat-insulating materials to reduce heat transfer.
Anti-freezing and anti-crystallization: In low-temperature environments, the insulation function prevents the liquid from freezing or crystallizing and ensures normal pump operation.
Energy saving: By reducing heat loss, it can improve the efficiency of energy use and reduce operating costs.
3. Magnetic drive
Non-contact drive: Magnetic pumps realize non-contact drive between the pump body and the motor through magnetic coupling, which means that the pump operation does not depend on mechanical seals. This reduces the risk of leakage and increases reliability.
Good sealing performance: Due to the absence of mechanical seals, magnetic pumps avoid seal leakage problems commonly found in conventional pumps and are particularly suitable for handling toxic, hazardous or valuable liquids.
Simple maintenance: the design of magnetic pumps makes maintenance and overhauling simpler, reducing operating costs and maintenance difficulties.
4. Application areas
Stainless steel insulated magnetic pumps are widely used in the following fields:

Chemical industry: for conveying and circulating chemicals, especially in high temperature environment.
Food and beverage industry: for conveying hot beverages or food materials.
Pharmaceutical industry: for conveying medicinal liquids or intermediates that require high-temperature treatment.
HVAC Systems: Used in high temperature water treatment systems to help maintain the temperature of fluids within the system.
Oil and gas industry: handling oil, gas and their derivatives, especially in high temperature environments.
5. Advantages
High performance: Provides consistent, efficient flow and pressure output.
Durability: The combination of stainless steel and magnetic drive system increases the durability and reliability of the pump.
Energy saving and environmental protection: the insulation function reduces heat loss and improves energy efficiency, while the magnetic drive system reduces the impact of leakage on the environment.
6. Maintenance and Precautions
Regular inspection: Although the maintenance of the magnetic pump is relatively low, regular inspection of the pump body, magnetic coupling and insulation is necessary.
Prevent dry running: Ensure that the pump is operated with an adequate supply of liquid to prevent damage caused by dry running.
Correct installation: Installation is required to ensure that the pump is correctly positioned horizontally and vertically to avoid unbalanced operation.
Overall, stainless steel insulated magnetic pumps are suitable for use in a variety of applications requiring high or maintained temperatures due to their durability, insulation and magnetic drive technology.

Our advantages, newly upgraded and developed, are described in detail in the following sections:

Stainless steel 304, stainless steel 316L
Thickening treatment, good corrosion resistance, strong load-bearing force

Double bearings, double support structure is stable, solid material, stronger pressure resistance

High-grade stainless steel material, mature technology, stable operation, dynamic balance test

Material 316L, hydrostatic test, no leakage, robotic arm welding, hydrostatic test (2.4Mpa) no leakage

Components are magnetized as a whole, making the product’s magnetic field uniform.

Thrust ring assembly: corrosion-resistant nickel-based alloy material, axial grinding of the material against the plane of the bushing

Model and parameter table

Structures and Materials

Mounting Dimensions