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The impeller is a crucial component of a pump, consisting of several curved blades. Its main function is to transfer the mechanical energy from the prime mover directly to the liquid, thereby enhancing the liquid's static pressure and dynamic pressure (with a primary focus on increasing static pressure). The impeller serves as an energy supplier and finds extensive applications in the field of mechanics.
Product Advantage
Stainless steel impellers can greatly improve the cavitation of centrifugal pumps. Stainless steel possesses excellent corrosion resistance, effectively preventing corrosion and damage to the impeller, thus enhancing the longevity and stability of pump components. Additionally, stainless steel exhibits high mechanical strength and rigidity, further enhancing the durability and stability of the impeller.
Technical Parameters
Number: JBD002
Surface: No cape burr sand hole
Material: stainless steel
Color: Silver
Classification: Motor accessories
Process: Stainless steel precision casting, wax loss casting
Tolerance: ± 0.2mm
Support customization: OEM+ODM
Product Uses
1. Fans and blowers: These devices are utilized in HVAC systems, industrial fans, and cooling towers to facilitate air movement and promote ventilation.
2. Marine propulsion: Within ships, impeller blades drive the water circulation in propulsion systems, facilitating the movement of the vessel.
3. Oil and gas industry: Impeller blades are employed in mixers and agitators for refining and petrochemical processes, ensuring efficient blending.
Technological Process
Product Design, Mold Making, Wax Injection Mold, Wax Mold Inspection, Tree Assembly, Hook Installation, Wax Mold Cleaning, Slurry Coating (including fine slurry, coarse slurry, and sealing slurry, with only one layer applied per day), Shell Mold Production, Drying in the Slurry Room, Wax Removal, Firing the Shell Mold in a Kiln at around 1200℃, Melting Steel into Molten Steel and adding additives, Pouring the Prepared Molten Steel into the Fired Shell Mold, Natural Cooling, Shell Knockout, Shot Blasting, Cutting, Grinding the Water Outlet, Sand Cleaning, Acid Soaking, Sandblasting, Inspection and Repair, Whitening, Packaging, and a series of post-processing steps until the pump components are completed and meet the required standards.
The impeller is a crucial component of a pump, consisting of several curved blades. Its main function is to transfer the mechanical energy from the prime mover directly to the liquid, thereby enhancing the liquid's static pressure and dynamic pressure (with a primary focus on increasing static pressure). The impeller serves as an energy supplier and finds extensive applications in the field of mechanics.
Product Advantage
Stainless steel impellers can greatly improve the cavitation of centrifugal pumps. Stainless steel possesses excellent corrosion resistance, effectively preventing corrosion and damage to the impeller, thus enhancing the longevity and stability of pump components. Additionally, stainless steel exhibits high mechanical strength and rigidity, further enhancing the durability and stability of the impeller.
Technical Parameters
Number: JBD002
Surface: No cape burr sand hole
Material: stainless steel
Color: Silver
Classification: Motor accessories
Process: Stainless steel precision casting, wax loss casting
Tolerance: ± 0.2mm
Support customization: OEM+ODM
Product Uses
1. Fans and blowers: These devices are utilized in HVAC systems, industrial fans, and cooling towers to facilitate air movement and promote ventilation.
2. Marine propulsion: Within ships, impeller blades drive the water circulation in propulsion systems, facilitating the movement of the vessel.
3. Oil and gas industry: Impeller blades are employed in mixers and agitators for refining and petrochemical processes, ensuring efficient blending.
Technological Process
Product Design, Mold Making, Wax Injection Mold, Wax Mold Inspection, Tree Assembly, Hook Installation, Wax Mold Cleaning, Slurry Coating (including fine slurry, coarse slurry, and sealing slurry, with only one layer applied per day), Shell Mold Production, Drying in the Slurry Room, Wax Removal, Firing the Shell Mold in a Kiln at around 1200℃, Melting Steel into Molten Steel and adding additives, Pouring the Prepared Molten Steel into the Fired Shell Mold, Natural Cooling, Shell Knockout, Shot Blasting, Cutting, Grinding the Water Outlet, Sand Cleaning, Acid Soaking, Sandblasting, Inspection and Repair, Whitening, Packaging, and a series of post-processing steps until the pump components are completed and meet the required standards.
