Plastic magnetic centrifugal pumps with stable quality have more advantages
Release Time : 2025-03-06
Plastic magnetic centrifugal pumps can transport all kinds of highly corrosive chemical media without leakage and are widely used in various industries.
The efficiency of plastic magnetic centrifugal pumps is higher than that of metal magnetic centrifugal pumps. The main reason is that the isolation sleeve is equipped with a non-metallic isolation sleeve. Compared with the isolation sleeve of metal magnetic pumps equipped with metal materials, it does not have the situation where the metal isolation sleeve will generate eddy heat and consume power. Therefore, the efficiency of plastic magnetic centrifugal pumps is about 4-12% higher than that of metal magnetic centrifugal pumps.
Plastic magnetic centrifugal pumps are aimed at transporting highly corrosive chemical media. In terms of material selection, the first thing to consider is whether the flow-through parts of the pump can meet the needs of corrosion resistance. Most companies will choose fluoroplastics with good corrosion resistance to make the flow-through parts of the pump.
Fluoroplastic has excellent corrosion resistance and is the preferred material recognized by international and domestic magnetic pump manufacturers. When the pump is operating under pressure and temperature, the components of the plastic magnetic centrifugal pump will deform and expand, and there will be friction between the components, causing damage to the pump. Therefore, it is particularly important to improve the mechanical properties of plastic magnetic centrifugal pump plastics. Once the pump is damaged, the corrosive chemical medium leaks, which will cause environmental pollution, endanger production safety, and the life and health of employees.
Improving the mechanical strength and temperature resistance of plastics so that the magnetic centrifugal pump can always operate in good condition is the primary issue that every manufacturer must consider during the design and manufacturing of pumps. Therefore, it is necessary to consider how to improve the mechanical strength of plastic materials. From some of the experiments and verification work we have done so far, only by reinforcing plastic materials with carbon fibers can the pump be in good condition when transporting chemical media under various conditions.
In order to improve the tensile strength and temperature resistance of plastics to meet the requirements of reliable operation of pumps under various conditions. To this end, we have conducted experiments and verifications on various plastics filled with carbon fiber, and determined the proportion and method of filling carbon fiber in plastics based on the characteristics of each plastic.
The method of carbon fiber reinforced plastics is used to improve the mechanical strength of plastics and achieve stable quality of plastic magnetic centrifugal pump products. This method is the conclusion that our pumps can operate without trouble for a long time under high temperature conditions among customers.
The values of tensile strength after filling various plastics tell us that the tensile strength of various plastics is very different between reinforced and unreinforced. Carbon fiber reinforced PEEK plastic is used in magnetic centrifugal pump products with the best mechanical properties, which makes the dimensions of various pump components stable, increases the pump operating temperature, and prolongs the service life.
The pump can replace expensive metal magnetic centrifugal pumps and shielded pumps. It can reduce the maintenance costs, production suspension, and parking costs caused by equipment failures for users, as well as reduce many negative effects and unnecessary legal liabilities.
The efficiency of plastic magnetic centrifugal pumps is higher than that of metal magnetic centrifugal pumps. The main reason is that the isolation sleeve is equipped with a non-metallic isolation sleeve. Compared with the isolation sleeve of metal magnetic pumps equipped with metal materials, it does not have the situation where the metal isolation sleeve will generate eddy heat and consume power. Therefore, the efficiency of plastic magnetic centrifugal pumps is about 4-12% higher than that of metal magnetic centrifugal pumps.
Plastic magnetic centrifugal pumps are aimed at transporting highly corrosive chemical media. In terms of material selection, the first thing to consider is whether the flow-through parts of the pump can meet the needs of corrosion resistance. Most companies will choose fluoroplastics with good corrosion resistance to make the flow-through parts of the pump.
Fluoroplastic has excellent corrosion resistance and is the preferred material recognized by international and domestic magnetic pump manufacturers. When the pump is operating under pressure and temperature, the components of the plastic magnetic centrifugal pump will deform and expand, and there will be friction between the components, causing damage to the pump. Therefore, it is particularly important to improve the mechanical properties of plastic magnetic centrifugal pump plastics. Once the pump is damaged, the corrosive chemical medium leaks, which will cause environmental pollution, endanger production safety, and the life and health of employees.
Improving the mechanical strength and temperature resistance of plastics so that the magnetic centrifugal pump can always operate in good condition is the primary issue that every manufacturer must consider during the design and manufacturing of pumps. Therefore, it is necessary to consider how to improve the mechanical strength of plastic materials. From some of the experiments and verification work we have done so far, only by reinforcing plastic materials with carbon fibers can the pump be in good condition when transporting chemical media under various conditions.
In order to improve the tensile strength and temperature resistance of plastics to meet the requirements of reliable operation of pumps under various conditions. To this end, we have conducted experiments and verifications on various plastics filled with carbon fiber, and determined the proportion and method of filling carbon fiber in plastics based on the characteristics of each plastic.
The method of carbon fiber reinforced plastics is used to improve the mechanical strength of plastics and achieve stable quality of plastic magnetic centrifugal pump products. This method is the conclusion that our pumps can operate without trouble for a long time under high temperature conditions among customers.
The values of tensile strength after filling various plastics tell us that the tensile strength of various plastics is very different between reinforced and unreinforced. Carbon fiber reinforced PEEK plastic is used in magnetic centrifugal pump products with the best mechanical properties, which makes the dimensions of various pump components stable, increases the pump operating temperature, and prolongs the service life.
The pump can replace expensive metal magnetic centrifugal pumps and shielded pumps. It can reduce the maintenance costs, production suspension, and parking costs caused by equipment failures for users, as well as reduce many negative effects and unnecessary legal liabilities.