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  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
  • Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller
Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller

Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller

  • >= 100 Pieces
    $1

Customization:

Customized logo（Min.Order: 500 pieces）
Customized packaging（Min.Order: 500 pieces）
Graphic customization（Min.Order: 500 pieces）
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Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Performance: Designed for precision casting of steam turbine wheels, jet engine turbine blades, and impellers, enabling operation in extreme thermal and pressure environments.
  • Customizable Precision Components: Supports customization of material, size, and shape to meet specific industrial requirements, with a tolerance as tight as ±0.01mm.

Key features

  • 1. Advanced High-Temperature Alloy Material Technology

    • With corrosion-resistant stainless steel and customizable high-temperature alloys (copper, brass, aluminum), ensure durability in extreme thermal and pressure environments*. ~20% higher heat resistance than standard casting materials*, making it ideal for jet engines and industrial turbines.

  • 2. Precision Engineering for Ultra-High Accuracy

    • With ±0.01mm precision tolerance achieved via CNC machining and advanced casting techniques, deliver unmatched dimensional accuracy for critical high-speed applications*. Reduces operational errors by up to 30% compared to conventional castings*.

  • 3. Industrial-Grade Scenario Adaptability

    • Designed for continuous operation in jet engines, steam turbines, and power plants, this turbine wheel blade ensures uninterrupted performance under prolonged high-speed rotation*. Compatible with both commercial and aerospace-grade applications*.

  • 4. Compliance with Rigorous Industry Standards

    • Materials and processes meet aerospace and industrial-grade certifications (e.g., corrosion resistance, pressure tolerance), ensuring safety and reliability in demanding environments*.

  • 5. Customizable Material and Structural Design

    • With customizable material selection (steel, zinc, aluminum) and adaptable shapes/surface finishes (polishing, sandblasting), tailor components to fit unique machinery requirements*. Enables seamless integration into diverse industrial systems*.

Product details

Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller

The Professional Customizable High Temperature Alloy Precision Casting Steam Turbine Wheels Jet Engine Turbine Wheel Blade Impeller is engineered for precision and durability in high-stress industrial applications. Crafted from advanced alloys like stainless steel, copper, and aluminum, this component combines robust material properties with tight tolerances (±0.01mm) to ensure seamless integration into machinery such as jet engines, steam turbines, and pumps.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper, steel, zinc, brass, stainless steel, aluminumCustomizable for thermal, chemical, or mechanical demands
Tolerance±0.01mmEnsures precision alignment in critical systems
Surface TreatmentPolishing, sandblastingEnhances corrosion resistance and hygiene
Precision MachiningCNC machining, castingAchieves complex geometries for optimal fluid dynamics

Customization guide

Adjustable parameters include material composition (e.g., high-nickel alloys for extreme heat) and dimensions (e.g., blade length/thickness) to meet specific operational requirements. Surface finishes can be tailored for aesthetic or functional needs, such as polished surfaces for sterile environments or sandblasted textures for improved adhesion.

Get inspired

With ±0.01mm tolerance, you can achieve seamless integration into precision machinery like jet engines. For corrosive environments, opt for stainless steel to ensure longevity. The sandblasted finish provides an anti-slip surface for industrial handling.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material OptionsStainless steel, aluminum+Copper, brass+High-temp alloys (e.g., Inconel)
Tolerance±0.02mm (industry standard)±0.01mm (+50% precision)±0.005mm (+100% precision)*
Surface TreatmentsPolishing only+Sandblasting+Electropolishing (+20% corrosion resistance)

Supplier's note

  1. Technical Breakthroughs:

    • Material Versatility: The Pro Model’s high-temperature alloys (e.g., Inconel) enable use in jet engines, where temperatures exceed 1,000°C.
    • Precision Engineering: ±0.005mm tolerance ensures minimal vibration in turbine systems, outperforming industry benchmarks by 100%.
    • Corrosion Resistance: Electropolishing in the Pro Model reduces surface defects by 30%, extending lifespan in chemical plants.

  2. Version Selection Guide:

    • Base Model: Ideal for general casting needs (e.g., automotive pumps) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for aerospace and industrial machinery requiring corrosion resistance and moderate heat resistance.
    • Pro Model: Designed for extreme environments (e.g., jet engines, power plants) where precision and durability are critical. With its triple-layer surface treatment, it maintains integrity in corrosive and high-pressure scenarios.

Frequently asked questions

  • Which turbine wheel model is best suited for high-temperature industrial applications like steam turbines?

  • How do I clean and maintain steam turbine blades to prevent corrosion and ensure longevity?

  • Stainless steel vs. aluminum turbine blades: Which material is better for high-pressure environments?

  • Can turbine impellers be customized for specific jet engine requirements?

  • What certifications ensure the turbine wheel’s high-temperature performance and safety?

  • How does precision casting improve turbine blade efficiency compared to traditional methods?

  • What surface treatments are available to enhance corrosion resistance in turbine components?

  • What tolerance levels ensure turbine wheel compatibility with jet engine specifications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionAerospace, Power PlantsIndustry Standard: Carbon Steel (ASTM A36)
Our Base: Stainless Steel 316L (ASTM A276)
Our Advanced: High-Temperature Alloy (Inconel 718, ASTM B863)		▲ Base: 2x corrosion resistance ▲▲ Advanced: Withstands 800°C (vs 500°C industry standard)▲▲ Advanced: 30% higher cost due to alloy rarity
Tolerance PrecisionPrecision Machinery, Medical DevicesIndustry Standard: ±0.05mm (ISO 2768)
Our Base: ±0.02mm (ISO 1101)
Our Advanced: ±0.01mm (Custom tolerance)		▲ Base: 60% tighter tolerance ▲▲ Advanced: Meets aerospace-grade precision▲▲ Advanced: Requires specialized CNC machining (+15% lead time)
Surface FinishAutomotive, Food ProcessingIndustry Standard: Matte Finish (Ra 3.2μm)
Our Base: Polished (Ra 0.8μm)
Our Advanced: Ultra-Smooth (Ra 0.4μm, ISO 4287)		▲ Base: 4× smoother for reduced friction ▲▲ Advanced: Hygienic for food/pharma (Ra 0.4μm)▲▲ Advanced: Post-treatment adds 20% to cost
Heat ResistanceJet Engines, Industrial BoilersIndustry Standard: Up to 500°C (ASTM E1461)
Our Base: 600°C (ASTM E1461)
Our Advanced: 800°C (ASTM E1461)		▲ Base: Operates in high-temperature exhaust systems ▲▲ Advanced: Survives extreme turbine environments▲▲ Advanced: Requires ceramic coatings (+25% weight)
CustomizationCustom Machinery, R&D PrototypesIndustry Standard: Limited to 3 materials
Our Base: 5 materials (Cu/Steel/Zinc/Brass/Aluminum)
Our Advanced: 8 materials (+Stainless Steel/Inconel)		▲ Base: 67% more material flexibility ▲▲ Advanced: Full alloy customization for niche applications▲▲ Advanced: Design validation takes 2× longer
Production ProcessMass Production, High-Volume ManufacturingIndustry Standard: Casting only
Our Base: Casting + CNC Machining
Our Advanced: Casting + CNC + Sandblasting + Polishing		▲ Base: Combines precision and scalability ▲▲ Advanced: Full surface treatment for durability/aesthetics▲▲ Advanced: 30% higher labor cost

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