Turbine Impeller

The Turbine impeller is meticulously engineered to deliver peak efficiency, structural integrity, and long-term durability in both fluid and gas turbine systems. Built to perform under high pressure and rotational speeds, the Turbine impeller plays a vital role in converting fluid energy into mechanical motion, ensuring reliable and continuous operation across a wide range of industrial environments.

Crafted from premium-grade alloys or stainless steel, each Turbine impeller is precision-manufactured to withstand extreme temperatures, corrosive conditions, and mechanical stress. Whether operating in power generation, petrochemical, or aerospace applications, this component is designed to meet the rigorous demands of modern turbine systems while maintaining consistent output and performance.

By optimizing blade geometry and flow dynamics, the Turbine impeller minimizes energy loss and reduces vibration, leading to improved energy efficiency and smoother system performance. Its balanced design not only enhances operational stability but also helps extend the service life of the entire turbine assembly by lowering wear and tear on adjacent components.

For industries seeking to maximize energy efficiency and operational reliability, the Turbine impeller is an essential component that combines advanced engineering with proven performance. Explore our full range today to find the ideal Turbine impeller for your specific industrial application.

1. Mehr als 60 Arten von Materialien, mehr als ein Dutzend Legierungen und 70 Arten von Zahlen.
2. Es können viele Produkte hergestellt werden, über 3500 Präzisionsgussformen, über 1000 Sandgussformen.
3. Das Produktionszubehör kann groß oder klein sein.
4. Ein einzelnes Produkt von 50 kg kann individuell angepasst werden.
5. Zur Auswahl stehen mehrere Öfen und es können Einzelstücke von 50 kg bis 850 kg hergestellt werden.
6. 20 Jahre Meister, reiche Erfahrung, trat in den 1980er Jahren in die Branche ein, der Branchenführer.
7. Die Produkte sind rückverfolgbar und jedes Ofenprodukt verfügt über ein Zertifikat: 3.1 Materialzertifikat.
8. Kunden können eine unabhängige Prüfstelle mit der Ausstellung eines 3.2-Zertifikats beauftragen.
9. Für die Verarbeitung feiner Produkte kann ein Verarbeitungszertifikat ausgestellt werden.

Leierwo’s advantages in casting precision castings in the pump casting industry

Pump products typically require high casting precision and material properties, and Leierwo’s expertise in pump casting is particularly prominent. The company’s extensive application in pump and valve accessories demonstrates its mastery of the casting process for key components such as pump bodies, impellers, and sleeves. Precision casting technology effectively controls the uniformity of casting wall thickness and internal cavity accuracy, reducing subsequent processing and improving overall efficiency. Furthermore, the company can recommend the most appropriate casting process based on component structure to further optimize the performance of pump products and meet the corrosion resistance, heat resistance, and fluid dynamics requirements of various industries.

Auswahl des Hauptmaterials

Pump castings are exposed to liquid media for extended periods and often face challenges such as corrosion, wear, and cavitation. Therefore, materials must possess high corrosion and wear resistance, as well as excellent casting properties.

Gängige Materialien:
Edelstahl-Serie:
316/316L: Preferred for pump casings, impellers, and shafts, resistant to acids, alkalis, and chloride ion corrosion. 2205 Duplex Steel: High strength and high pitting resistance, suitable for seawater pumps and chemical pumps. 304/304L: General-purpose pump components, suitable for water treatment and the food industry. Carbon Steel Series:
1045: For pump shafts and casings in non-corrosive environments. 4130: For high-temperature, high-pressure pump structural components.

Special Alloy Series:
C95400 Bronze: Suitable for seawater pump sleeves and sliding components, offering excellent wear resistance and self-lubrication.
Cobalt Alloys (such as Co6): Used for sealing surfaces or impellers in high-wear, high-temperature pumps.

Wichtige Casting-Serviceoptionen

The fluid dynamics performance of pump components (such as impellers and pump bodies) depends on casting accuracy, and this type of service has a clear division of labor!

Investment casting: Dominates complex flow path parts. The impeller is the heart of the pump, and its blade curve (which must conform to the fluid dynamics design) has a complex shape. Dimensional deviations directly reduce pump efficiency. Investment casting can achieve blade profile accuracy of +0.1mm and a surface finish of Ra3.2um or less, reducing fluid resistance.

Sand casting: Used for fundamental components such as the pump body. The pump body, as the outer shell, has a relatively regular shape (mostly cylindrical or square). In mass production, sand casting offers low cost and short cycle times, meeting the basic requirements of “structural support + fluid flow passage.”

CNC machining: Ensures transmission and sealing accuracy. The connection between the pump shaft and impeller, as well as the sealing surface between the pump body and the end cover, require CNC machining to ensure concentricity (≤0.01mm) and flatness to prevent vibration or leakage caused by eccentricity during operation.